[
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=1;column=Flame Type",
    "status": "extracted",
    "test_id": "19115A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=1;column=Fuel",
    "status": "extracted",
    "test_id": "19115A1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=1;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.207128374",
    "value_original": "0.207128374",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=1;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.206202891",
    "value_original": "0.206202891",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=1;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=1;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.766",
    "value_original": "1.0240923",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=2;column=Flame Type",
    "status": "extracted",
    "test_id": "19115D2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=2;column=Fuel",
    "status": "extracted",
    "test_id": "19115D2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=2;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.206169206",
    "value_original": "0.206169206",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=2;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.205663073",
    "value_original": "0.205663073",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=2;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=2;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.284",
    "value_original": "1.01932908",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=3;column=Flame Type",
    "status": "extracted",
    "test_id": "19115B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=3;column=Fuel",
    "status": "extracted",
    "test_id": "19115B1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=3;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.205663073",
    "value_original": "0.205663073",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=3;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.204951718",
    "value_original": "0.204951718",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=3;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=3;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.421",
    "value_original": "1.02069",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=4;column=Flame Type",
    "status": "extracted",
    "test_id": "19115B2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=4;column=Fuel",
    "status": "extracted",
    "test_id": "19115B2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=4;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.204939076",
    "value_original": "0.204939076",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=4;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.20431758",
    "value_original": "0.20431758",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=4;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=4;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.352",
    "value_original": "1.02000954",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=5;column=Flame Type",
    "status": "extracted",
    "test_id": "19115F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=5;column=Fuel",
    "status": "extracted",
    "test_id": "19115F1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=5;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.20431758",
    "value_original": "0.20431758",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=5;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.203863566",
    "value_original": "0.203863566",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=5;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=5;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.284",
    "value_original": "1.01932908",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=6;column=Flame Type",
    "status": "extracted",
    "test_id": "19115G1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=6;column=Fuel",
    "status": "extracted",
    "test_id": "19115G1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=6;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.203863566",
    "value_original": "0.203863566",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=6;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.203513186",
    "value_original": "0.203513186",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=6;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=6;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.284",
    "value_original": "1.01932908",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=7;column=Flame Type",
    "status": "extracted",
    "test_id": "19115K1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=7;column=Fuel",
    "status": "extracted",
    "test_id": "19115K1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=7;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.203460708",
    "value_original": "0.203460708",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=7;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.202822015",
    "value_original": "0.202822015",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=7;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.801",
    "value_original": "1.01456586",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=7;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.421",
    "value_original": "1.02069",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=8;column=Flame Type",
    "status": "extracted",
    "test_id": "19115L1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=8;column=Fuel",
    "status": "extracted",
    "test_id": "19115L1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=8;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.202822015",
    "value_original": "0.202822015",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=8;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.201905747",
    "value_original": "0.201905747",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=8;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115L1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.939",
    "value_original": "1.01592678",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=8;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115L1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.904",
    "value_original": "1.02545322",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=9;column=Flame Type",
    "status": "extracted",
    "test_id": "19115N1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=9;column=Fuel",
    "status": "extracted",
    "test_id": "19115N1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=9;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.201883189",
    "value_original": "0.201883189",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=9;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.201368251",
    "value_original": "0.201368251",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=9;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=9;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.559",
    "value_original": "1.02205092",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=10;column=Flame Type",
    "status": "extracted",
    "test_id": "19115M4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=10;column=Fuel",
    "status": "extracted",
    "test_id": "19115M4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=10;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115M4",
    "unit": "1",
    "unit_original": "",
    "value": "0.201357214",
    "value_original": "0.201357214",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=10;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115M4",
    "unit": "1",
    "unit_original": "",
    "value": "0.20087857",
    "value_original": "0.20087857",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=10;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115M4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.939",
    "value_original": "1.01592678",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=10;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115M4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.559",
    "value_original": "1.02205092",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=11;column=Flame Type",
    "status": "extracted",
    "test_id": "19115Q1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=11;column=Fuel",
    "status": "extracted",
    "test_id": "19115Q1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=11;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19115Q1",
    "unit": "1",
    "unit_original": "",
    "value": "0.200867151",
    "value_original": "0.200867151",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=11;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19115Q1",
    "unit": "1",
    "unit_original": "",
    "value": "0.200398938",
    "value_original": "0.200398938",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=11;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19115Q1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.008",
    "value_original": "1.01660724",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=11;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19115Q1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.628",
    "value_original": "1.02273138",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=12;column=Flame Type",
    "status": "extracted",
    "test_id": "19123A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=12;column=Fuel",
    "status": "extracted",
    "test_id": "19123A1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=12;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.209828781",
    "value_original": "0.209828781",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=12;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.20919187",
    "value_original": "0.20919187",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=12;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.629",
    "value_original": "1.00299804",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=12;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.111",
    "value_original": "1.00776126",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=13;column=Flame Type",
    "status": "extracted",
    "test_id": "19123A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=13;column=Fuel",
    "status": "extracted",
    "test_id": "19123A2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=13;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.20919187",
    "value_original": "0.20919187",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=13;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.208580728",
    "value_original": "0.208580728",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=13;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.111",
    "value_original": "1.00776126",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=13;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.18",
    "value_original": "1.00844172",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=14;column=Flame Type",
    "status": "extracted",
    "test_id": "19123A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=14;column=Fuel",
    "status": "extracted",
    "test_id": "19123A3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=14;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.208580728",
    "value_original": "0.208580728",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=14;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.207973375",
    "value_original": "0.207973375",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=14;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.18",
    "value_original": "1.00844172",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=14;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=15;column=Flame Type",
    "status": "extracted",
    "test_id": "19123A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=15;column=Fuel",
    "status": "extracted",
    "test_id": "19123A4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=15;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.207973375",
    "value_original": "0.207973375",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=15;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.207379511",
    "value_original": "0.207379511",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=15;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=15;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.249",
    "value_original": "1.00912218",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=16;column=Flame Type",
    "status": "extracted",
    "test_id": "19123C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=16;column=Fuel",
    "status": "extracted",
    "test_id": "19123C1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=16;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.207379511",
    "value_original": "0.207379511",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=16;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.20666972",
    "value_original": "0.20666972",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=16;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.249",
    "value_original": "1.00912218",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=16;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=17;column=Flame Type",
    "status": "extracted",
    "test_id": "19123F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=17;column=Fuel",
    "status": "extracted",
    "test_id": "19123F1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=17;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.20666972",
    "value_original": "0.20666972",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=17;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.206083892",
    "value_original": "0.206083892",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=17;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=17;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=18;column=Flame Type",
    "status": "extracted",
    "test_id": "19123F2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=18;column=Fuel",
    "status": "extracted",
    "test_id": "19123F2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=18;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.206083892",
    "value_original": "0.206083892",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=18;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.205485391",
    "value_original": "0.205485391",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=18;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123F2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=18;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123F2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=19;column=Flame Type",
    "status": "extracted",
    "test_id": "19123F3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=19;column=Fuel",
    "status": "extracted",
    "test_id": "19123F3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=19;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.205485391",
    "value_original": "0.205485391",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=19;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.20498867",
    "value_original": "0.20498867",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=19;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123F3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=19;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123F3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=20;column=Flame Type",
    "status": "extracted",
    "test_id": "19123K1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=20;column=Fuel",
    "status": "extracted",
    "test_id": "19123K1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=20;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.204907733",
    "value_original": "0.204907733",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=20;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.204429245",
    "value_original": "0.204429245",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=20;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.801",
    "value_original": "1.01456586",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=20;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.352",
    "value_original": "1.02000954",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=21;column=Flame Type",
    "status": "extracted",
    "test_id": "19123B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=21;column=Fuel",
    "status": "extracted",
    "test_id": "19123B1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=21;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.204429245",
    "value_original": "0.204429245",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=21;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.203807321",
    "value_original": "0.203807321",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=21;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.939",
    "value_original": "1.01592678",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=21;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.559",
    "value_original": "1.02205092",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=22;column=Flame Type",
    "status": "extracted",
    "test_id": "19123D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=22;column=Fuel",
    "status": "extracted",
    "test_id": "19123D1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=22;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.203807321",
    "value_original": "0.203807321",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=22;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.20322776",
    "value_original": "0.20322776",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=22;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.008",
    "value_original": "1.01660724",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=22;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.697",
    "value_original": "1.02341184",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=23;column=Flame Type",
    "status": "extracted",
    "test_id": "19123J1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=23;column=Fuel",
    "status": "extracted",
    "test_id": "19123J1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=23;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.20322776",
    "value_original": "0.20322776",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=23;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.202550678",
    "value_original": "0.202550678",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=23;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.077",
    "value_original": "1.0172877",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=23;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.766",
    "value_original": "1.0240923",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=24;column=Flame Type",
    "status": "extracted",
    "test_id": "19123L1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=24;column=Fuel",
    "status": "extracted",
    "test_id": "19123L1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=24;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.202550678",
    "value_original": "0.202550678",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=24;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.201832917",
    "value_original": "0.201832917",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=24;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123L1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.215",
    "value_original": "1.01864862",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=24;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123L1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.835",
    "value_original": "1.02477276",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=25;column=Flame Type",
    "status": "extracted",
    "test_id": "19123L2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=25;column=Fuel",
    "status": "extracted",
    "test_id": "19123L2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=25;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123L2",
    "unit": "1",
    "unit_original": "",
    "value": "0.201832917",
    "value_original": "0.201832917",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=25;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123L2",
    "unit": "1",
    "unit_original": "",
    "value": "0.201123228",
    "value_original": "0.201123228",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=25;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123L2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.284",
    "value_original": "1.01932908",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=25;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123L2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.835",
    "value_original": "1.02477276",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=26;column=Flame Type",
    "status": "extracted",
    "test_id": "19123L3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=26;column=Fuel",
    "status": "extracted",
    "test_id": "19123L3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=26;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123L3",
    "unit": "1",
    "unit_original": "",
    "value": "0.201123228",
    "value_original": "0.201123228",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=26;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123L3",
    "unit": "1",
    "unit_original": "",
    "value": "0.200535703",
    "value_original": "0.200535703",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=26;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123L3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.284",
    "value_original": "1.01932908",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=26;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123L3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.904",
    "value_original": "1.02545322",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=27;column=Flame Type",
    "status": "extracted",
    "test_id": "19123L4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=27;column=Fuel",
    "status": "extracted",
    "test_id": "19123L4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=27;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123L4",
    "unit": "1",
    "unit_original": "",
    "value": "0.200535703",
    "value_original": "0.200535703",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=27;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123L4",
    "unit": "1",
    "unit_original": "",
    "value": "0.200108197",
    "value_original": "0.200108197",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=27;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123L4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.352",
    "value_original": "1.02000954",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=27;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123L4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.904",
    "value_original": "1.02545322",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=28;column=Flame Type",
    "status": "extracted",
    "test_id": "19123L5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=28;column=Fuel",
    "status": "extracted",
    "test_id": "19123L5",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=28;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123L5",
    "unit": "1",
    "unit_original": "",
    "value": "0.200108197",
    "value_original": "0.200108197",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=28;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123L5",
    "unit": "1",
    "unit_original": "",
    "value": "0.199796361",
    "value_original": "0.199796361",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=28;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123L5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.352",
    "value_original": "1.02000954",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=28;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123L5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.766",
    "value_original": "1.0240923",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=29;column=Flame Type",
    "status": "extracted",
    "test_id": "19123L6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=29;column=Fuel",
    "status": "extracted",
    "test_id": "19123L6",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=29;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123L6",
    "unit": "1",
    "unit_original": "",
    "value": "0.199796361",
    "value_original": "0.199796361",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=29;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123L6",
    "unit": "1",
    "unit_original": "",
    "value": "0.199415737",
    "value_original": "0.199415737",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=29;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123L6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.352",
    "value_original": "1.02000954",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=29;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123L6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.835",
    "value_original": "1.02477276",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=30;column=Flame Type",
    "status": "extracted",
    "test_id": "19123L7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=30;column=Fuel",
    "status": "extracted",
    "test_id": "19123L7",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=30;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19123L7",
    "unit": "1",
    "unit_original": "",
    "value": "0.199415737",
    "value_original": "0.199415737",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=30;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19123L7",
    "unit": "1",
    "unit_original": "",
    "value": "0.199166976",
    "value_original": "0.199166976",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=30;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19123L7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.284",
    "value_original": "1.01932908",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=30;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19123L7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.697",
    "value_original": "1.02341184",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=31;column=Flame Type",
    "status": "extracted",
    "test_id": "19137A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=31;column=Fuel",
    "status": "extracted",
    "test_id": "19137A1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=31;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.210188478",
    "value_original": "0.210188478",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=31;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.209521205",
    "value_original": "0.209521205",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=31;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=31;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.249",
    "value_original": "1.00912218",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=32;column=Flame Type",
    "status": "extracted",
    "test_id": "19137B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=32;column=Fuel",
    "status": "extracted",
    "test_id": "19137B1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=32;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.209521205",
    "value_original": "0.209521205",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=32;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.208724327",
    "value_original": "0.208724327",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=32;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=32;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.318",
    "value_original": "1.00980264",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=33;column=Flame Type",
    "status": "extracted",
    "test_id": "19137C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=33;column=Fuel",
    "status": "extracted",
    "test_id": "19137C1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=33;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.208724327",
    "value_original": "0.208724327",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=33;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.208021363",
    "value_original": "0.208021363",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=33;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.836",
    "value_original": "1.00503942",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=33;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=34;column=Flame Type",
    "status": "extracted",
    "test_id": "19137D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=34;column=Fuel",
    "status": "extracted",
    "test_id": "19137D1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=34;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.208021363",
    "value_original": "0.208021363",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=34;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.207274975",
    "value_original": "0.207274975",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=34;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.905",
    "value_original": "1.00571988",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=34;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=35;column=Flame Type",
    "status": "extracted",
    "test_id": "19137F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=35;column=Fuel",
    "status": "extracted",
    "test_id": "19137F1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=35;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.207274975",
    "value_original": "0.207274975",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=35;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.206583339",
    "value_original": "0.206583339",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=35;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.042",
    "value_original": "1.0070808",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=35;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=36;column=Flame Type",
    "status": "extracted",
    "test_id": "19137F2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=36;column=Fuel",
    "status": "extracted",
    "test_id": "19137F2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=36;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.206583339",
    "value_original": "0.206583339",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=36;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.205935113",
    "value_original": "0.205935113",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=36;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137F2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.111",
    "value_original": "1.00776126",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=36;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137F2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=37;column=Flame Type",
    "status": "extracted",
    "test_id": "19137F3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=37;column=Fuel",
    "status": "extracted",
    "test_id": "19137F3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=37;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.205935113",
    "value_original": "0.205935113",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=37;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.205363297",
    "value_original": "0.205363297",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=37;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137F3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.249",
    "value_original": "1.00912218",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=37;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137F3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=38;column=Flame Type",
    "status": "extracted",
    "test_id": "19137G1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=38;column=Fuel",
    "status": "extracted",
    "test_id": "19137G1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=38;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.205363297",
    "value_original": "0.205363297",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=38;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.204891116",
    "value_original": "0.204891116",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=38;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.318",
    "value_original": "1.00980264",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=38;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=39;column=Flame Type",
    "status": "extracted",
    "test_id": "19137H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=39;column=Fuel",
    "status": "extracted",
    "test_id": "19137H1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=39;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.204891116",
    "value_original": "0.204891116",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=39;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.204441536",
    "value_original": "0.204441536",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=39;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=39;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.801",
    "value_original": "1.01456586",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=40;column=Flame Type",
    "status": "extracted",
    "test_id": "19137J1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=40;column=Fuel",
    "status": "extracted",
    "test_id": "19137J1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=40;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.204441536",
    "value_original": "0.204441536",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=40;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.20401684",
    "value_original": "0.20401684",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=40;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=40;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=41;column=Flame Type",
    "status": "extracted",
    "test_id": "19137K1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=41;column=Fuel",
    "status": "extracted",
    "test_id": "19137K1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=41;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.20401684",
    "value_original": "0.20401684",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=41;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.203628498",
    "value_original": "0.203628498",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=41;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=41;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=42;column=Flame Type",
    "status": "extracted",
    "test_id": "19137K2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=42;column=Fuel",
    "status": "extracted",
    "test_id": "19137K2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=42;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.203628498",
    "value_original": "0.203628498",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=42;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.203230898",
    "value_original": "0.203230898",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=42;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137K2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=42;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137K2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=43;column=Flame Type",
    "status": "extracted",
    "test_id": "19137L1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=43;column=Fuel",
    "status": "extracted",
    "test_id": "19137L1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=43;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.203230898",
    "value_original": "0.203230898",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=43;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.202842409",
    "value_original": "0.202842409",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=43;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137L1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=43;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137L1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=44;column=Flame Type",
    "status": "extracted",
    "test_id": "19137L2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=44;column=Fuel",
    "status": "extracted",
    "test_id": "19137L2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=44;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137L2",
    "unit": "1",
    "unit_original": "",
    "value": "0.202842409",
    "value_original": "0.202842409",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=44;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137L2",
    "unit": "1",
    "unit_original": "",
    "value": "0.202392691",
    "value_original": "0.202392691",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=44;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137L2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=44;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137L2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=45;column=Flame Type",
    "status": "extracted",
    "test_id": "19137L3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=45;column=Fuel",
    "status": "extracted",
    "test_id": "19137L3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=45;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137L3",
    "unit": "1",
    "unit_original": "",
    "value": "0.202392691",
    "value_original": "0.202392691",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=45;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137L3",
    "unit": "1",
    "unit_original": "",
    "value": "0.201997282",
    "value_original": "0.201997282",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=45;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137L3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=45;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137L3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=46;column=Flame Type",
    "status": "extracted",
    "test_id": "19137L4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=46;column=Fuel",
    "status": "extracted",
    "test_id": "19137L4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=46;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137L4",
    "unit": "1",
    "unit_original": "",
    "value": "0.201997282",
    "value_original": "0.201997282",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=46;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137L4",
    "unit": "1",
    "unit_original": "",
    "value": "0.201642461",
    "value_original": "0.201642461",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=46;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137L4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=46;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137L4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.939",
    "value_original": "1.01592678",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=47;column=Flame Type",
    "status": "extracted",
    "test_id": "19137L5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=47;column=Fuel",
    "status": "extracted",
    "test_id": "19137L5",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=47;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137L5",
    "unit": "1",
    "unit_original": "",
    "value": "0.201642461",
    "value_original": "0.201642461",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=47;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137L5",
    "unit": "1",
    "unit_original": "",
    "value": "0.201330073",
    "value_original": "0.201330073",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=47;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137L5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=47;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137L5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=48;column=Flame Type",
    "status": "extracted",
    "test_id": "19137L6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=48;column=Fuel",
    "status": "extracted",
    "test_id": "19137L6",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=48;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137L6",
    "unit": "1",
    "unit_original": "",
    "value": "0.201330073",
    "value_original": "0.201330073",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=48;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137L6",
    "unit": "1",
    "unit_original": "",
    "value": "0.200879825",
    "value_original": "0.200879825",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=48;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137L6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=48;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137L6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=49;column=Flame Type",
    "status": "extracted",
    "test_id": "19137L7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=49;column=Fuel",
    "status": "extracted",
    "test_id": "19137L7",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=49;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137L7",
    "unit": "1",
    "unit_original": "",
    "value": "0.200879825",
    "value_original": "0.200879825",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=49;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137L7",
    "unit": "1",
    "unit_original": "",
    "value": "0.200458311",
    "value_original": "0.200458311",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=49;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137L7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=49;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137L7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=50;column=Flame Type",
    "status": "extracted",
    "test_id": "19137L8",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=50;column=Fuel",
    "status": "extracted",
    "test_id": "19137L8",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=50;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19137L8",
    "unit": "1",
    "unit_original": "",
    "value": "0.200458311",
    "value_original": "0.200458311",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=50;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19137L8",
    "unit": "1",
    "unit_original": "",
    "value": "0.200039988",
    "value_original": "0.200039988",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=50;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19137L8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=50;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19137L8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.801",
    "value_original": "1.01456586",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=51;column=Flame Type",
    "status": "extracted",
    "test_id": "19142G1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=51;column=Fuel",
    "status": "extracted",
    "test_id": "19142G1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=51;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19142G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.396945546",
    "value_original": "0.396945546",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=51;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19142G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.389985715",
    "value_original": "0.389985715",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=51;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19142G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.111",
    "value_original": "1.00776126",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=51;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19142G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.249",
    "value_original": "1.02885552",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=52;column=Flame Type",
    "status": "extracted",
    "test_id": "19142G2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=52;column=Fuel",
    "status": "extracted",
    "test_id": "19142G2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=52;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19142G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.389985715",
    "value_original": "0.389985715",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=52;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19142G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.38379786",
    "value_original": "0.38379786",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=52;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19142G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=52;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19142G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.731",
    "value_original": "1.03361874",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=53;column=Flame Type",
    "status": "extracted",
    "test_id": "19142G3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=53;column=Fuel",
    "status": "extracted",
    "test_id": "19142G3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=53;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19142G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.38379786",
    "value_original": "0.38379786",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=53;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19142G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.378755156",
    "value_original": "0.378755156",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=53;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19142G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.008",
    "value_original": "1.01660724",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=53;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19142G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.007",
    "value_original": "1.03634058",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=54;column=Flame Type",
    "status": "extracted",
    "test_id": "19142F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=54;column=Fuel",
    "status": "extracted",
    "test_id": "19142F1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=54;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19142F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.378755156",
    "value_original": "0.378755156",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=54;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19142F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.373169325",
    "value_original": "0.373169325",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=54;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19142F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.352",
    "value_original": "1.02000954",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=54;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19142F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.559",
    "value_original": "1.04178426",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=55;column=Flame Type",
    "status": "extracted",
    "test_id": "19142J2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=55;column=Fuel",
    "status": "extracted",
    "test_id": "19142J2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=55;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19142J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.373169325",
    "value_original": "0.373169325",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=55;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19142J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.368985932",
    "value_original": "0.368985932",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=55;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19142J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.904",
    "value_original": "1.02545322",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=55;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19142J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.697",
    "value_original": "1.04314518",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=56;column=Flame Type",
    "status": "extracted",
    "test_id": "19142G4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=56;column=Fuel",
    "status": "extracted",
    "test_id": "19142G4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=56;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19142G4",
    "unit": "1",
    "unit_original": "",
    "value": "0.378720538",
    "value_original": "0.378720538",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=56;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19142G4",
    "unit": "1",
    "unit_original": "",
    "value": "0.375586869",
    "value_original": "0.375586869",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=56;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19142G4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.181",
    "value_original": "0.98870838",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=56;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19142G4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.939",
    "value_original": "0.99619344",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=57;column=Flame Type",
    "status": "extracted",
    "test_id": "19142G5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=57;column=Fuel",
    "status": "extracted",
    "test_id": "19142G5",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=57;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19142G5",
    "unit": "1",
    "unit_original": "",
    "value": "0.375586869",
    "value_original": "0.375586869",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=57;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19142G5",
    "unit": "1",
    "unit_original": "",
    "value": "0.373429444",
    "value_original": "0.373429444",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=57;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19142G5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.457",
    "value_original": "0.99143022",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=57;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19142G5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.595",
    "value_original": "0.99279114",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=58;column=Flame Type",
    "status": "extracted",
    "test_id": "19142J3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=58;column=Fuel",
    "status": "extracted",
    "test_id": "19142J3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=58;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19142J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.373429444",
    "value_original": "0.373429444",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=58;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19142J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.369621375",
    "value_original": "0.369621375",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=58;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19142J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.457",
    "value_original": "0.99143022",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=58;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19142J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.595",
    "value_original": "0.99279114",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=59;column=Flame Type",
    "status": "extracted",
    "test_id": "19150A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=59;column=Fuel",
    "status": "extracted",
    "test_id": "19150A1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=59;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.398236568",
    "value_original": "0.398236568",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=59;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.397199753",
    "value_original": "0.397199753",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=59;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.767",
    "value_original": "1.00435896",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=59;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=60;column=Flame Type",
    "status": "extracted",
    "test_id": "19150A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=60;column=Fuel",
    "status": "extracted",
    "test_id": "19150A3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=60;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.397053473",
    "value_original": "0.397053473",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=60;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.395464744",
    "value_original": "0.395464744",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=60;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.042",
    "value_original": "1.0070808",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=60;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.215",
    "value_original": "1.01864862",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=61;column=Flame Type",
    "status": "extracted",
    "test_id": "19150A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=61;column=Fuel",
    "status": "extracted",
    "test_id": "19150A4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=61;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.395464744",
    "value_original": "0.395464744",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=61;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.392640279",
    "value_original": "0.392640279",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=61;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=61;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.042",
    "value_original": "1.02681414",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=62;column=Flame Type",
    "status": "extracted",
    "test_id": "19150A5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=62;column=Fuel",
    "status": "extracted",
    "test_id": "19150A5",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=62;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.392640279",
    "value_original": "0.392640279",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=62;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.389105849",
    "value_original": "0.389105849",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=62;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150A5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=62;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150A5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.731",
    "value_original": "1.03361874",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=63;column=Flame Type",
    "status": "extracted",
    "test_id": "19150B2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=63;column=Fuel",
    "status": "extracted",
    "test_id": "19150B2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=63;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.388949666",
    "value_original": "0.388949666",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=63;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.386279977",
    "value_original": "0.386279977",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=63;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.49",
    "value_original": "1.02137046",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=63;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.076",
    "value_original": "1.03702104",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=64;column=Flame Type",
    "status": "extracted",
    "test_id": "19150C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=64;column=Fuel",
    "status": "extracted",
    "test_id": "19150C1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=64;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.386279977",
    "value_original": "0.386279977",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=64;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.382816521",
    "value_original": "0.382816521",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=64;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.835",
    "value_original": "1.02477276",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=64;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.766",
    "value_original": "1.04382564",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=65;column=Flame Type",
    "status": "extracted",
    "test_id": "19150B3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=65;column=Fuel",
    "status": "extracted",
    "test_id": "19150B3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=65;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150B3",
    "unit": "1",
    "unit_original": "",
    "value": "0.382816521",
    "value_original": "0.382816521",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=65;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150B3",
    "unit": "1",
    "unit_original": "",
    "value": "0.380191697",
    "value_original": "0.380191697",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=65;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.318",
    "value_original": "1.02953598",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=65;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.904",
    "value_original": "1.04518656",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=66;column=Flame Type",
    "status": "extracted",
    "test_id": "19150D2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=66;column=Fuel",
    "status": "extracted",
    "test_id": "19150D2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=66;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.380057661",
    "value_original": "0.380057661",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=66;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.371068834",
    "value_original": "0.371068834",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=66;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.662",
    "value_original": "1.03293828",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=66;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.628",
    "value_original": "1.04246472",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=67;column=Flame Type",
    "status": "extracted",
    "test_id": "19150F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=67;column=Fuel",
    "status": "extracted",
    "test_id": "19150F1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=67;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.371068834",
    "value_original": "0.371068834",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=67;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.361329459",
    "value_original": "0.361329459",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=67;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.628",
    "value_original": "1.04246472",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=67;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.455",
    "value_original": "1.05063024",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=68;column=Flame Type",
    "status": "extracted",
    "test_id": "19150G2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=68;column=Fuel",
    "status": "extracted",
    "test_id": "19150G2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=68;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.370409062",
    "value_original": "0.370409062",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=68;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.365614547",
    "value_original": "0.365614547",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=68;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.628",
    "value_original": "1.04246472",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=68;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.11",
    "value_original": "1.04722794",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=69;column=Flame Type",
    "status": "extracted",
    "test_id": "19150H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=69;column=Fuel",
    "status": "extracted",
    "test_id": "19150H1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=69;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.365614547",
    "value_original": "0.365614547",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=69;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.36174856",
    "value_original": "0.36174856",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=69;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.628",
    "value_original": "1.04246472",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=69;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.179",
    "value_original": "1.0479084",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=70;column=Flame Type",
    "status": "extracted",
    "test_id": "19150J1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=70;column=Fuel",
    "status": "extracted",
    "test_id": "19150J1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=70;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.36174856",
    "value_original": "0.36174856",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=70;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.358337895",
    "value_original": "0.358337895",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=70;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.11",
    "value_original": "1.04722794",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=70;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.248",
    "value_original": "1.04858886",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=71;column=Flame Type",
    "status": "extracted",
    "test_id": "19150G3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=71;column=Fuel",
    "status": "extracted",
    "test_id": "19150G3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=71;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.358337895",
    "value_original": "0.358337895",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=71;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.35426149",
    "value_original": "0.35426149",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=71;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.11",
    "value_original": "1.04722794",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=71;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.524",
    "value_original": "1.0513107",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=72;column=Flame Type",
    "status": "extracted",
    "test_id": "19150N1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=72;column=Fuel",
    "status": "extracted",
    "test_id": "19150N1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=72;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.300281323",
    "value_original": "0.300281323",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=72;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.294018816",
    "value_original": "0.294018816",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=72;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.56",
    "value_original": "1.00231758",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=72;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.49",
    "value_original": "1.02137046",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=73;column=Flame Type",
    "status": "extracted",
    "test_id": "19150S1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=73;column=Fuel",
    "status": "extracted",
    "test_id": "19150S1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=73;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19150S1",
    "unit": "1",
    "unit_original": "",
    "value": "0.294018816",
    "value_original": "0.294018816",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=73;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19150S1",
    "unit": "1",
    "unit_original": "",
    "value": "0.292927725",
    "value_original": "0.292927725",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=73;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19150S1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.249",
    "value_original": "1.00912218",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=73;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19150S1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.801",
    "value_original": "1.01456586",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=74;column=Flame Type",
    "status": "extracted",
    "test_id": "19156B2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=74;column=Fuel",
    "status": "extracted",
    "test_id": "19156B2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=74;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.388965886",
    "value_original": "0.388965886",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=74;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.388006709",
    "value_original": "0.388006709",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=74;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=74;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.284",
    "value_original": "1.01932908",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=75;column=Flame Type",
    "status": "extracted",
    "test_id": "19156B4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=75;column=Fuel",
    "status": "extracted",
    "test_id": "19156B4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=75;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156B4",
    "unit": "1",
    "unit_original": "",
    "value": "0.38786475",
    "value_original": "0.38786475",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=75;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156B4",
    "unit": "1",
    "unit_original": "",
    "value": "0.379703491",
    "value_original": "0.379703491",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=75;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156B4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=75;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156B4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.972",
    "value_original": "1.04586702",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=76;column=Flame Type",
    "status": "extracted",
    "test_id": "19156K1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=76;column=Fuel",
    "status": "extracted",
    "test_id": "19156K1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=76;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.379703491",
    "value_original": "0.379703491",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=76;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.376921633",
    "value_original": "0.376921633",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=76;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.249",
    "value_original": "1.02885552",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=76;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.179",
    "value_original": "1.0479084",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=77;column=Flame Type",
    "status": "extracted",
    "test_id": "19156C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=77;column=Fuel",
    "status": "extracted",
    "test_id": "19156C1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=77;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.376921633",
    "value_original": "0.376921633",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=77;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.374961367",
    "value_original": "0.374961367",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=77;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.525",
    "value_original": "1.03157736",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=77;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.662",
    "value_original": "1.05267162",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=78;column=Flame Type",
    "status": "extracted",
    "test_id": "19156C2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=78;column=Fuel",
    "status": "extracted",
    "test_id": "19156C2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=78;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.374961367",
    "value_original": "0.374961367",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=78;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.370676005",
    "value_original": "0.370676005",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=78;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.456",
    "value_original": "1.0308969",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=78;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.11",
    "value_original": "1.04722794",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=79;column=Flame Type",
    "status": "extracted",
    "test_id": "19156C3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=79;column=Fuel",
    "status": "extracted",
    "test_id": "19156C3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=79;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.370676005",
    "value_original": "0.370676005",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=79;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.366513124",
    "value_original": "0.366513124",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=79;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156C3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.456",
    "value_original": "1.0308969",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=79;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156C3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.248",
    "value_original": "1.04858886",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=80;column=Flame Type",
    "status": "extracted",
    "test_id": "19156J1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=80;column=Fuel",
    "status": "extracted",
    "test_id": "19156J1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=80;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.373448053",
    "value_original": "0.373448053",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=80;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.370400179",
    "value_original": "0.370400179",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=80;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.973",
    "value_original": "1.02613368",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=80;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.904",
    "value_original": "1.04518656",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=81;column=Flame Type",
    "status": "extracted",
    "test_id": "19156J2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=81;column=Fuel",
    "status": "extracted",
    "test_id": "19156J2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=81;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.370400179",
    "value_original": "0.370400179",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=81;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.368534858",
    "value_original": "0.368534858",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=81;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.973",
    "value_original": "1.02613368",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=81;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.041",
    "value_original": "1.04654748",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=82;column=Flame Type",
    "status": "extracted",
    "test_id": "19156J3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=82;column=Fuel",
    "status": "extracted",
    "test_id": "19156J3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=82;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.368534858",
    "value_original": "0.368534858",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=82;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.365929881",
    "value_original": "0.365929881",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=82;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.973",
    "value_original": "1.02613368",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=82;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.628",
    "value_original": "1.04246472",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=83;column=Flame Type",
    "status": "extracted",
    "test_id": "19156J4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=83;column=Fuel",
    "status": "extracted",
    "test_id": "19156J4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=83;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156J4",
    "unit": "1",
    "unit_original": "",
    "value": "0.365929881",
    "value_original": "0.365929881",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=83;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156J4",
    "unit": "1",
    "unit_original": "",
    "value": "0.364456988",
    "value_original": "0.364456988",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=83;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156J4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.973",
    "value_original": "1.02613368",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=83;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156J4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.766",
    "value_original": "1.04382564",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=84;column=Flame Type",
    "status": "extracted",
    "test_id": "19156J5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=84;column=Fuel",
    "status": "extracted",
    "test_id": "19156J5",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=84;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156J5",
    "unit": "1",
    "unit_original": "",
    "value": "0.364456988",
    "value_original": "0.364456988",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=84;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156J5",
    "unit": "1",
    "unit_original": "",
    "value": "0.362735024",
    "value_original": "0.362735024",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=84;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156J5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.904",
    "value_original": "1.02545322",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=84;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156J5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.835",
    "value_original": "1.0445061",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=85;column=Flame Type",
    "status": "extracted",
    "test_id": "19156J6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=85;column=Fuel",
    "status": "extracted",
    "test_id": "19156J6",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=85;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156J6",
    "unit": "1",
    "unit_original": "",
    "value": "0.362735024",
    "value_original": "0.362735024",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=85;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156J6",
    "unit": "1",
    "unit_original": "",
    "value": "0.36092323",
    "value_original": "0.36092323",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=85;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156J6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.835",
    "value_original": "1.02477276",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=85;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156J6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.904",
    "value_original": "1.04518656",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=86;column=Flame Type",
    "status": "extracted",
    "test_id": "19156J7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=86;column=Fuel",
    "status": "extracted",
    "test_id": "19156J7",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=86;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19156J7",
    "unit": "1",
    "unit_original": "",
    "value": "0.36092323",
    "value_original": "0.36092323",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=86;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19156J7",
    "unit": "1",
    "unit_original": "",
    "value": "0.358883174",
    "value_original": "0.358883174",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=86;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19156J7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.835",
    "value_original": "1.02477276",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=86;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19156J7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.835",
    "value_original": "1.0445061",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=87;column=Flame Type",
    "status": "extracted",
    "test_id": "19171D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=87;column=Fuel",
    "status": "extracted",
    "test_id": "19171D1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=87;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394349885",
    "value_original": "0.394349885",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=87;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.386570926",
    "value_original": "0.386570926",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=87;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.629",
    "value_original": "1.00299804",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=87;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.973",
    "value_original": "1.02613368",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=88;column=Flame Type",
    "status": "extracted",
    "test_id": "19171D2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=88;column=Fuel",
    "status": "extracted",
    "test_id": "19171D2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=88;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.386570926",
    "value_original": "0.386570926",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=88;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.381344603",
    "value_original": "0.381344603",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=88;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.629",
    "value_original": "1.00299804",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=88;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.697",
    "value_original": "1.02341184",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=89;column=Flame Type",
    "status": "extracted",
    "test_id": "19171D3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=89;column=Fuel",
    "status": "extracted",
    "test_id": "19171D3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=89;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171D3",
    "unit": "1",
    "unit_original": "",
    "value": "0.381344603",
    "value_original": "0.381344603",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=89;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171D3",
    "unit": "1",
    "unit_original": "",
    "value": "0.378553501",
    "value_original": "0.378553501",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=89;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171D3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=89;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171D3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.49",
    "value_original": "1.02137046",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=90;column=Flame Type",
    "status": "extracted",
    "test_id": "19171D4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=90;column=Fuel",
    "status": "extracted",
    "test_id": "19171D4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=90;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171D4",
    "unit": "1",
    "unit_original": "",
    "value": "0.378553501",
    "value_original": "0.378553501",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=90;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171D4",
    "unit": "1",
    "unit_original": "",
    "value": "0.373907361",
    "value_original": "0.373907361",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=90;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171D4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.629",
    "value_original": "1.00299804",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=90;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171D4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.352",
    "value_original": "1.02000954",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=91;column=Flame Type",
    "status": "extracted",
    "test_id": "19171D5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=91;column=Fuel",
    "status": "extracted",
    "test_id": "19171D5",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=91;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171D5",
    "unit": "1",
    "unit_original": "",
    "value": "0.373907361",
    "value_original": "0.373907361",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=91;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171D5",
    "unit": "1",
    "unit_original": "",
    "value": "0.369543498",
    "value_original": "0.369543498",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=91;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171D5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.629",
    "value_original": "1.00299804",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=91;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171D5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.49",
    "value_original": "1.02137046",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=92;column=Flame Type",
    "status": "extracted",
    "test_id": "19171S1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=92;column=Fuel",
    "status": "extracted",
    "test_id": "19171S1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=92;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171S1",
    "unit": "1",
    "unit_original": "",
    "value": "0.369543498",
    "value_original": "0.369543498",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=92;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171S1",
    "unit": "1",
    "unit_original": "",
    "value": "0.367150074",
    "value_original": "0.367150074",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=92;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171S1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=92;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171S1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.628",
    "value_original": "1.02273138",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=93;column=Flame Type",
    "status": "extracted",
    "test_id": "19171B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=93;column=Fuel",
    "status": "extracted",
    "test_id": "19171B1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=93;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.378873529",
    "value_original": "0.378873529",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=93;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.372135709",
    "value_original": "0.372135709",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=93;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.111",
    "value_original": "1.00776126",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=93;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.662",
    "value_original": "1.03293828",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=94;column=Flame Type",
    "status": "extracted",
    "test_id": "19171B3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=94;column=Fuel",
    "status": "extracted",
    "test_id": "19171B3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=94;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171B3",
    "unit": "1",
    "unit_original": "",
    "value": "0.372135709",
    "value_original": "0.372135709",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=94;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171B3",
    "unit": "1",
    "unit_original": "",
    "value": "0.365351771",
    "value_original": "0.365351771",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=94;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.146",
    "value_original": "1.01796816",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=94;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.628",
    "value_original": "1.04246472",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=95;column=Flame Type",
    "status": "extracted",
    "test_id": "19171J1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=95;column=Fuel",
    "status": "extracted",
    "test_id": "19171J1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=95;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.365351771",
    "value_original": "0.365351771",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=95;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.362579633",
    "value_original": "0.362579633",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=95;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.249",
    "value_original": "1.02885552",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=95;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.11",
    "value_original": "1.04722794",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=96;column=Flame Type",
    "status": "extracted",
    "test_id": "19171J2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=96;column=Fuel",
    "status": "extracted",
    "test_id": "19171J2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=96;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.362579633",
    "value_original": "0.362579633",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=96;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.361426502",
    "value_original": "0.361426502",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=96;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.456",
    "value_original": "1.0308969",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=96;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.559",
    "value_original": "1.04178426",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=97;column=Flame Type",
    "status": "extracted",
    "test_id": "19171J3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=97;column=Fuel",
    "status": "extracted",
    "test_id": "19171J3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=97;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.361426502",
    "value_original": "0.361426502",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=97;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.35959538",
    "value_original": "0.35959538",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=97;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.456",
    "value_original": "1.0308969",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=97;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.972",
    "value_original": "1.04586702",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=98;column=Flame Type",
    "status": "extracted",
    "test_id": "19171J4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=98;column=Fuel",
    "status": "extracted",
    "test_id": "19171J4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=98;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19171J4",
    "unit": "1",
    "unit_original": "",
    "value": "0.35959538",
    "value_original": "0.35959538",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=98;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19171J4",
    "unit": "1",
    "unit_original": "",
    "value": "0.356951356",
    "value_original": "0.356951356",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=98;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19171J4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.525",
    "value_original": "1.03157736",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=98;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19171J4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.317",
    "value_original": "1.04926932",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=99;column=Flame Type",
    "status": "extracted",
    "test_id": "19175A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=99;column=Fuel",
    "status": "extracted",
    "test_id": "19175A2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=99;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.398389773",
    "value_original": "0.398389773",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=99;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.397248069",
    "value_original": "0.397248069",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=99;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.484",
    "value_original": "1.25817054",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=99;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.656",
    "value_original": "1.26973836",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=100;column=Flame Type",
    "status": "extracted",
    "test_id": "19175A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=100;column=Fuel",
    "status": "extracted",
    "test_id": "19175A3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=100;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.397248069",
    "value_original": "0.397248069",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=100;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.390982574",
    "value_original": "0.390982574",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=100;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.691",
    "value_original": "1.26021192",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=100;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.449",
    "value_original": "1.28743032",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=101;column=Flame Type",
    "status": "extracted",
    "test_id": "19175A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=101;column=Fuel",
    "status": "extracted",
    "test_id": "19175A4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=101;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.390982574",
    "value_original": "0.390982574",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=101;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.388733316",
    "value_original": "0.388733316",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=101;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.691",
    "value_original": "1.26021192",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=101;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.553",
    "value_original": "1.27858434",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=102;column=Flame Type",
    "status": "extracted",
    "test_id": "19175B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=102;column=Fuel",
    "status": "extracted",
    "test_id": "19175B1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=102;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.388733316",
    "value_original": "0.388733316",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=102;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.387684407",
    "value_original": "0.387684407",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=102;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.76",
    "value_original": "1.26089238",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=102;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.07",
    "value_original": "1.27382112",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=103;column=Flame Type",
    "status": "extracted",
    "test_id": "19175B4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=103;column=Fuel",
    "status": "extracted",
    "test_id": "19175B4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=103;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175B4",
    "unit": "1",
    "unit_original": "",
    "value": "0.387591064",
    "value_original": "0.387591064",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=103;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175B4",
    "unit": "1",
    "unit_original": "",
    "value": "0.384886695",
    "value_original": "0.384886695",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=103;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175B4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.898",
    "value_original": "1.2622533",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=103;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175B4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.174",
    "value_original": "1.26497514",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=104;column=Flame Type",
    "status": "extracted",
    "test_id": "19175B5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=104;column=Fuel",
    "status": "extracted",
    "test_id": "19175B5",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=104;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175B5",
    "unit": "1",
    "unit_original": "",
    "value": "0.384886695",
    "value_original": "0.384886695",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=104;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175B5",
    "unit": "1",
    "unit_original": "",
    "value": "0.383111725",
    "value_original": "0.383111725",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=104;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175B5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.105",
    "value_original": "1.26429468",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=104;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175B5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.312",
    "value_original": "1.26633606",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=105;column=Flame Type",
    "status": "extracted",
    "test_id": "19175B6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=105;column=Fuel",
    "status": "extracted",
    "test_id": "19175B6",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=105;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175B6",
    "unit": "1",
    "unit_original": "",
    "value": "0.389437129",
    "value_original": "0.389437129",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=105;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175B6",
    "unit": "1",
    "unit_original": "",
    "value": "0.387849574",
    "value_original": "0.387849574",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=105;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175B6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "126.588",
    "value_original": "1.24932456",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=105;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175B6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.415",
    "value_original": "1.25749008",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=106;column=Flame Type",
    "status": "extracted",
    "test_id": "19175B7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=106;column=Fuel",
    "status": "extracted",
    "test_id": "19175B7",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=106;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175B7",
    "unit": "1",
    "unit_original": "",
    "value": "0.387849574",
    "value_original": "0.387849574",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=106;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175B7",
    "unit": "1",
    "unit_original": "",
    "value": "0.385960225",
    "value_original": "0.385960225",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=106;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175B7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.415",
    "value_original": "1.25749008",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=106;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175B7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.622",
    "value_original": "1.25953146",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=107;column=Flame Type",
    "status": "extracted",
    "test_id": "19175B8",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=107;column=Fuel",
    "status": "extracted",
    "test_id": "19175B8",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=107;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175B8",
    "unit": "1",
    "unit_original": "",
    "value": "0.385960225",
    "value_original": "0.385960225",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=107;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175B8",
    "unit": "1",
    "unit_original": "",
    "value": "0.383985713",
    "value_original": "0.383985713",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=107;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175B8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.001",
    "value_original": "1.25340732",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=107;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175B8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.277",
    "value_original": "1.25612916",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=108;column=Flame Type",
    "status": "extracted",
    "test_id": "19175B9",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=108;column=Fuel",
    "status": "extracted",
    "test_id": "19175B9",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=108;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175B9",
    "unit": "1",
    "unit_original": "",
    "value": "0.383985713",
    "value_original": "0.383985713",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=108;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175B9",
    "unit": "1",
    "unit_original": "",
    "value": "0.382547209",
    "value_original": "0.382547209",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=108;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175B9",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.277",
    "value_original": "1.25612916",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=108;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175B9",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.484",
    "value_original": "1.25817054",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=109;column=Flame Type",
    "status": "extracted",
    "test_id": "19175N1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=109;column=Fuel",
    "status": "extracted",
    "test_id": "19175N1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=109;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.382547209",
    "value_original": "0.382547209",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=109;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.379403054",
    "value_original": "0.379403054",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=109;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.415",
    "value_original": "1.25749008",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=109;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.829",
    "value_original": "1.26157284",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=110;column=Flame Type",
    "status": "extracted",
    "test_id": "19175N2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=110;column=Fuel",
    "status": "extracted",
    "test_id": "19175N2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=110;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175N2",
    "unit": "1",
    "unit_original": "",
    "value": "0.379403054",
    "value_original": "0.379403054",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=110;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175N2",
    "unit": "1",
    "unit_original": "",
    "value": "0.377441609",
    "value_original": "0.377441609",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=110;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175N2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.691",
    "value_original": "1.26021192",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=110;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175N2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.898",
    "value_original": "1.2622533",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=111;column=Flame Type",
    "status": "extracted",
    "test_id": "19175N3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=111;column=Fuel",
    "status": "extracted",
    "test_id": "19175N3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=111;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19175N3",
    "unit": "1",
    "unit_original": "",
    "value": "0.377441609",
    "value_original": "0.377441609",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=111;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19175N3",
    "unit": "1",
    "unit_original": "",
    "value": "0.376039214",
    "value_original": "0.376039214",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=111;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19175N3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.691",
    "value_original": "1.26021192",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=111;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19175N3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.898",
    "value_original": "1.2622533",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=112;column=Flame Type",
    "status": "extracted",
    "test_id": "19182G1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=112;column=Fuel",
    "status": "extracted",
    "test_id": "19182G1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=112;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.398542439",
    "value_original": "0.398542439",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=112;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.396833456",
    "value_original": "0.396833456",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=112;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.415",
    "value_original": "1.25749008",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=112;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.001",
    "value_original": "1.27314066",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=113;column=Flame Type",
    "status": "extracted",
    "test_id": "19182G2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=113;column=Fuel",
    "status": "extracted",
    "test_id": "19182G2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=113;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.396833456",
    "value_original": "0.396833456",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=113;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.39522143",
    "value_original": "0.39522143",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=113;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.691",
    "value_original": "1.26021192",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=113;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.139",
    "value_original": "1.27450158",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=114;column=Flame Type",
    "status": "extracted",
    "test_id": "19182G3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=114;column=Fuel",
    "status": "extracted",
    "test_id": "19182G3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=114;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.39522143",
    "value_original": "0.39522143",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=114;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.393608129",
    "value_original": "0.393608129",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=114;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.967",
    "value_original": "1.26293376",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=114;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.346",
    "value_original": "1.27654296",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=115;column=Flame Type",
    "status": "extracted",
    "test_id": "19182G6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=115;column=Fuel",
    "status": "extracted",
    "test_id": "19182G6",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=115;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182G6",
    "unit": "1",
    "unit_original": "",
    "value": "0.393608129",
    "value_original": "0.393608129",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=115;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182G6",
    "unit": "1",
    "unit_original": "",
    "value": "0.392269326",
    "value_original": "0.392269326",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=115;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182G6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.312",
    "value_original": "1.26633606",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=115;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182G6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.828",
    "value_original": "1.28130618",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=116;column=Flame Type",
    "status": "extracted",
    "test_id": "19182G7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=116;column=Fuel",
    "status": "extracted",
    "test_id": "19182G7",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=116;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182G7",
    "unit": "1",
    "unit_original": "",
    "value": "0.392269326",
    "value_original": "0.392269326",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=116;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182G7",
    "unit": "1",
    "unit_original": "",
    "value": "0.390189347",
    "value_original": "0.390189347",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=116;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182G7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.587",
    "value_original": "1.2690579",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=116;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182G7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.449",
    "value_original": "1.28743032",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=117;column=Flame Type",
    "status": "extracted",
    "test_id": "19182G8",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=117;column=Fuel",
    "status": "extracted",
    "test_id": "19182G8",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=117;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182G8",
    "unit": "1",
    "unit_original": "",
    "value": "0.390189347",
    "value_original": "0.390189347",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=117;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182G8",
    "unit": "1",
    "unit_original": "",
    "value": "0.388150549",
    "value_original": "0.388150549",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=117;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182G8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.863",
    "value_original": "1.27177974",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=117;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182G8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.794",
    "value_original": "1.29083262",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=118;column=Flame Type",
    "status": "extracted",
    "test_id": "19182G9",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=118;column=Fuel",
    "status": "extracted",
    "test_id": "19182G9",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=118;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182G9",
    "unit": "1",
    "unit_original": "",
    "value": "0.388150549",
    "value_original": "0.388150549",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=118;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182G9",
    "unit": "1",
    "unit_original": "",
    "value": "0.386276376",
    "value_original": "0.386276376",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=118;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182G9",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.139",
    "value_original": "1.27450158",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=118;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182G9",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.794",
    "value_original": "1.29083262",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=119;column=Flame Type",
    "status": "extracted",
    "test_id": "19182N1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=119;column=Fuel",
    "status": "extracted",
    "test_id": "19182N1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=119;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.386276376",
    "value_original": "0.386276376",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=119;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.384855559",
    "value_original": "0.384855559",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=119;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.346",
    "value_original": "1.27654296",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=119;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.932",
    "value_original": "1.29219354",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=120;column=Flame Type",
    "status": "extracted",
    "test_id": "19182N2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=120;column=Fuel",
    "status": "extracted",
    "test_id": "19182N2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=120;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182N2",
    "unit": "1",
    "unit_original": "",
    "value": "0.389021209",
    "value_original": "0.389021209",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=120;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182N2",
    "unit": "1",
    "unit_original": "",
    "value": "0.38758473",
    "value_original": "0.38758473",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=120;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182N2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.001",
    "value_original": "1.27314066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=120;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182N2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.656",
    "value_original": "1.2894717",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=121;column=Flame Type",
    "status": "extracted",
    "test_id": "19182N3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=121;column=Fuel",
    "status": "extracted",
    "test_id": "19182N3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=121;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182N3",
    "unit": "1",
    "unit_original": "",
    "value": "0.38758473",
    "value_original": "0.38758473",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=121;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182N3",
    "unit": "1",
    "unit_original": "",
    "value": "0.385704463",
    "value_original": "0.385704463",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=121;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182N3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.208",
    "value_original": "1.27518204",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=121;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182N3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.932",
    "value_original": "1.29219354",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=122;column=Flame Type",
    "status": "extracted",
    "test_id": "19182A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=122;column=Fuel",
    "status": "extracted",
    "test_id": "19182A1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=122;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.385704463",
    "value_original": "0.385704463",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=122;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.384814006",
    "value_original": "0.384814006",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=122;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.346",
    "value_original": "1.27654296",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=122;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.173",
    "value_original": "1.28470848",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=123;column=Flame Type",
    "status": "extracted",
    "test_id": "19182C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=123;column=Fuel",
    "status": "extracted",
    "test_id": "19182C1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=123;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.384814006",
    "value_original": "0.384814006",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=123;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.382594439",
    "value_original": "0.382594439",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=123;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.622",
    "value_original": "1.2792648",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=123;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "131.483",
    "value_original": "1.29763722",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=124;column=Flame Type",
    "status": "extracted",
    "test_id": "19182C2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=124;column=Fuel",
    "status": "extracted",
    "test_id": "19182C2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=124;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.382594439",
    "value_original": "0.382594439",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=124;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.380272275",
    "value_original": "0.380272275",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=124;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.104",
    "value_original": "1.28402802",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=124;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "131.966",
    "value_original": "1.30240044",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=125;column=Flame Type",
    "status": "extracted",
    "test_id": "19182N4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=125;column=Fuel",
    "status": "extracted",
    "test_id": "19182N4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=125;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182N4",
    "unit": "1",
    "unit_original": "",
    "value": "0.380272275",
    "value_original": "0.380272275",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=125;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182N4",
    "unit": "1",
    "unit_original": "",
    "value": "0.378429675",
    "value_original": "0.378429675",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=125;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182N4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.587",
    "value_original": "1.28879124",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=125;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182N4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "132.31",
    "value_original": "1.30580274",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=126;column=Flame Type",
    "status": "extracted",
    "test_id": "19182F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=126;column=Fuel",
    "status": "extracted",
    "test_id": "19182F1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=126;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19182F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.378429675",
    "value_original": "0.378429675",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=126;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19182F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.373744084",
    "value_original": "0.373744084",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=126;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19182F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.725",
    "value_original": "1.29015216",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=126;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19182F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "133.552",
    "value_original": "1.31805102",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=127;column=Flame Type",
    "status": "extracted",
    "test_id": "19189A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=127;column=Fuel",
    "status": "extracted",
    "test_id": "19189A1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=127;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.398598351",
    "value_original": "0.398598351",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=127;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.395841809",
    "value_original": "0.395841809",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=127;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.208",
    "value_original": "1.2554487",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=127;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.863",
    "value_original": "1.27177974",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=128;column=Flame Type",
    "status": "extracted",
    "test_id": "19189A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=128;column=Fuel",
    "status": "extracted",
    "test_id": "19189A2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=128;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.395841809",
    "value_original": "0.395841809",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=128;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.394925333",
    "value_original": "0.394925333",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=128;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.863",
    "value_original": "1.27177974",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=128;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.518",
    "value_original": "1.26837744",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=129;column=Flame Type",
    "status": "extracted",
    "test_id": "19189A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=129;column=Fuel",
    "status": "extracted",
    "test_id": "19189A3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=129;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.394925333",
    "value_original": "0.394925333",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=129;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.394012765",
    "value_original": "0.394012765",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=129;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.518",
    "value_original": "1.26837744",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=129;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.932",
    "value_original": "1.2724602",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=130;column=Flame Type",
    "status": "extracted",
    "test_id": "19189D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=130;column=Fuel",
    "status": "extracted",
    "test_id": "19189D1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=130;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394012765",
    "value_original": "0.394012765",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=130;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.39150599",
    "value_original": "0.39150599",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=130;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.932",
    "value_original": "1.2724602",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=130;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.553",
    "value_original": "1.27858434",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=131;column=Flame Type",
    "status": "extracted",
    "test_id": "19189A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=131;column=Fuel",
    "status": "extracted",
    "test_id": "19189A4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=131;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.39150599",
    "value_original": "0.39150599",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=131;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.390872924",
    "value_original": "0.390872924",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=131;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.69",
    "value_original": "1.27994526",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=131;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.104",
    "value_original": "1.28402802",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=132;column=Flame Type",
    "status": "extracted",
    "test_id": "19189D2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=132;column=Fuel",
    "status": "extracted",
    "test_id": "19189D2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=132;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.390872924",
    "value_original": "0.390872924",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=132;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.390078032",
    "value_original": "0.390078032",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=132;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.897",
    "value_original": "1.28198664",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=132;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.449",
    "value_original": "1.28743032",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=133;column=Flame Type",
    "status": "extracted",
    "test_id": "19189D3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=133;column=Fuel",
    "status": "extracted",
    "test_id": "19189D3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=133;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189D3",
    "unit": "1",
    "unit_original": "",
    "value": "0.390078032",
    "value_original": "0.390078032",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=133;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189D3",
    "unit": "1",
    "unit_original": "",
    "value": "0.387709109",
    "value_original": "0.387709109",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=133;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189D3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.104",
    "value_original": "1.28402802",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=133;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189D3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "131.69",
    "value_original": "1.2996786",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=134;column=Flame Type",
    "status": "extracted",
    "test_id": "19189H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=134;column=Fuel",
    "status": "extracted",
    "test_id": "19189H1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=134;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.387709109",
    "value_original": "0.387709109",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=134;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.385199469",
    "value_original": "0.385199469",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=134;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.725",
    "value_original": "1.29015216",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=134;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "132.724",
    "value_original": "1.3098855",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=135;column=Flame Type",
    "status": "extracted",
    "test_id": "19189J1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=135;column=Fuel",
    "status": "extracted",
    "test_id": "19189J1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=135;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.387159045",
    "value_original": "0.387159045",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=135;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.383237392",
    "value_original": "0.383237392",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=135;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.794",
    "value_original": "1.29083262",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=135;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "133.414",
    "value_original": "1.3166901",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=136;column=Flame Type",
    "status": "extracted",
    "test_id": "19189J2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=136;column=Fuel",
    "status": "extracted",
    "test_id": "19189J2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=136;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.383237392",
    "value_original": "0.383237392",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=136;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.379651533",
    "value_original": "0.379651533",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=136;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "131",
    "value_original": "1.292874",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=136;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "133.414",
    "value_original": "1.3166901",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=137;column=Flame Type",
    "status": "extracted",
    "test_id": "19189J3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=137;column=Fuel",
    "status": "extracted",
    "test_id": "19189J3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=137;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.379651533",
    "value_original": "0.379651533",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=137;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.375979956",
    "value_original": "0.375979956",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=137;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "131.138",
    "value_original": "1.29423492",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=137;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "133.276",
    "value_original": "1.31532918",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=138;column=Flame Type",
    "status": "extracted",
    "test_id": "19189K1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=138;column=Fuel",
    "status": "extracted",
    "test_id": "19189K1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=138;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.375979956",
    "value_original": "0.375979956",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=138;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.372524632",
    "value_original": "0.372524632",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=138;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "131.207",
    "value_original": "1.29491538",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=138;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "133.414",
    "value_original": "1.3166901",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=139;column=Flame Type",
    "status": "extracted",
    "test_id": "19189K2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=139;column=Fuel",
    "status": "extracted",
    "test_id": "19189K2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=139;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.372524632",
    "value_original": "0.372524632",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=139;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.369301945",
    "value_original": "0.369301945",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=139;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189K2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "131.276",
    "value_original": "1.29559584",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=139;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189K2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "133.345",
    "value_original": "1.31600964",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=140;column=Flame Type",
    "status": "extracted",
    "test_id": "19189K3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=140;column=Fuel",
    "status": "extracted",
    "test_id": "19189K3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=140;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189K3",
    "unit": "1",
    "unit_original": "",
    "value": "0.369301945",
    "value_original": "0.369301945",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=140;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189K3",
    "unit": "1",
    "unit_original": "",
    "value": "0.365498172",
    "value_original": "0.365498172",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=140;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189K3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "131.345",
    "value_original": "1.2962763",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=140;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189K3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "133.276",
    "value_original": "1.31532918",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=141;column=Flame Type",
    "status": "extracted",
    "test_id": "19189P1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=141;column=Fuel",
    "status": "extracted",
    "test_id": "19189P1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=141;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19189P1",
    "unit": "1",
    "unit_original": "",
    "value": "0.365498172",
    "value_original": "0.365498172",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=141;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19189P1",
    "unit": "1",
    "unit_original": "",
    "value": "0.361710714",
    "value_original": "0.361710714",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=141;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19189P1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "131.414",
    "value_original": "1.29695676",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=141;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19189P1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "134.172",
    "value_original": "1.32417516",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=142;column=Flame Type",
    "status": "extracted",
    "test_id": "19196A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=142;column=Fuel",
    "status": "extracted",
    "test_id": "19196A1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=142;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.395565745",
    "value_original": "0.395565745",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=142;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394453826",
    "value_original": "0.394453826",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=142;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.139",
    "value_original": "1.25476824",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=142;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.484",
    "value_original": "1.25817054",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=143;column=Flame Type",
    "status": "extracted",
    "test_id": "19196A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=143;column=Fuel",
    "status": "extracted",
    "test_id": "19196A2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=143;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.394453826",
    "value_original": "0.394453826",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=143;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.392202621",
    "value_original": "0.392202621",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=143;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.277",
    "value_original": "1.25612916",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=143;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.622",
    "value_original": "1.25953146",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=144;column=Flame Type",
    "status": "extracted",
    "test_id": "19196A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=144;column=Fuel",
    "status": "extracted",
    "test_id": "19196A3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=144;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.392202621",
    "value_original": "0.392202621",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=144;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.390754941",
    "value_original": "0.390754941",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=144;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.553",
    "value_original": "1.258851",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=144;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.829",
    "value_original": "1.26157284",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=145;column=Flame Type",
    "status": "extracted",
    "test_id": "19196B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=145;column=Fuel",
    "status": "extracted",
    "test_id": "19196B1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=145;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.390754941",
    "value_original": "0.390754941",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=145;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.389782968",
    "value_original": "0.389782968",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=145;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.76",
    "value_original": "1.26089238",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=145;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.829",
    "value_original": "1.26157284",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=146;column=Flame Type",
    "status": "extracted",
    "test_id": "19196B2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=146;column=Fuel",
    "status": "extracted",
    "test_id": "19196B2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=146;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.389782968",
    "value_original": "0.389782968",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=146;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.388258954",
    "value_original": "0.388258954",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=146;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.829",
    "value_original": "1.26157284",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=146;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.036",
    "value_original": "1.26361422",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=147;column=Flame Type",
    "status": "extracted",
    "test_id": "19196B3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=147;column=Fuel",
    "status": "extracted",
    "test_id": "19196B3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=147;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196B3",
    "unit": "1",
    "unit_original": "",
    "value": "0.388258954",
    "value_original": "0.388258954",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=147;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196B3",
    "unit": "1",
    "unit_original": "",
    "value": "0.3865883",
    "value_original": "0.3865883",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=147;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.898",
    "value_original": "1.2622533",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=147;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.105",
    "value_original": "1.26429468",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=148;column=Flame Type",
    "status": "extracted",
    "test_id": "19196B4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=148;column=Fuel",
    "status": "extracted",
    "test_id": "19196B4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=148;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196B4",
    "unit": "1",
    "unit_original": "",
    "value": "0.3865883",
    "value_original": "0.3865883",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=148;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196B4",
    "unit": "1",
    "unit_original": "",
    "value": "0.384641571",
    "value_original": "0.384641571",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=148;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196B4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.967",
    "value_original": "1.26293376",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=148;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196B4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.174",
    "value_original": "1.26497514",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=149;column=Flame Type",
    "status": "extracted",
    "test_id": "19196C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=149;column=Fuel",
    "status": "extracted",
    "test_id": "19196C1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=149;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.384641571",
    "value_original": "0.384641571",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=149;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.383088242",
    "value_original": "0.383088242",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=149;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.105",
    "value_original": "1.26429468",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=149;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.449",
    "value_original": "1.26769698",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=150;column=Flame Type",
    "status": "extracted",
    "test_id": "19196C2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=150;column=Fuel",
    "status": "extracted",
    "test_id": "19196C2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=150;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.383088242",
    "value_original": "0.383088242",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=150;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.381106161",
    "value_original": "0.381106161",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=150;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.174",
    "value_original": "1.26497514",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=150;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.38",
    "value_original": "1.26701652",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=151;column=Flame Type",
    "status": "extracted",
    "test_id": "19196D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=151;column=Fuel",
    "status": "extracted",
    "test_id": "19196D1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=151;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.386116096",
    "value_original": "0.386116096",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=151;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3842703",
    "value_original": "0.3842703",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=151;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.967",
    "value_original": "1.26293376",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=151;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.759",
    "value_original": "1.28062572",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=152;column=Flame Type",
    "status": "extracted",
    "test_id": "19196D2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=152;column=Fuel",
    "status": "extracted",
    "test_id": "19196D2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=152;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.3842703",
    "value_original": "0.3842703",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=152;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.382214792",
    "value_original": "0.382214792",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=152;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.967",
    "value_original": "1.26293376",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=152;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "130.311",
    "value_original": "1.2860694",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=153;column=Flame Type",
    "status": "extracted",
    "test_id": "19196F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=153;column=Fuel",
    "status": "extracted",
    "test_id": "19196F1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=153;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.382214792",
    "value_original": "0.382214792",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=153;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.381649393",
    "value_original": "0.381649393",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=153;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "127.898",
    "value_original": "1.2622533",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=153;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.518",
    "value_original": "1.26837744",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=154;column=Flame Type",
    "status": "extracted",
    "test_id": "19196N1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=154;column=Fuel",
    "status": "extracted",
    "test_id": "19196N1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=154;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19196N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.381649393",
    "value_original": "0.381649393",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=154;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19196N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.380621625",
    "value_original": "0.380621625",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=154;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19196N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "128.036",
    "value_original": "1.26361422",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=154;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19196N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "129.553",
    "value_original": "1.27858434",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=155;column=Flame Type",
    "status": "extracted",
    "test_id": "19200A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=155;column=Fuel",
    "status": "extracted",
    "test_id": "19200A1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=155;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394712947",
    "value_original": "0.394712947",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=155;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.392546384",
    "value_original": "0.392546384",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=155;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.56",
    "value_original": "1.00231758",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=155;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.284",
    "value_original": "1.01932908",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=156;column=Flame Type",
    "status": "extracted",
    "test_id": "19200A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=156;column=Fuel",
    "status": "extracted",
    "test_id": "19200A2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=156;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.392546384",
    "value_original": "0.392546384",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=156;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.391981265",
    "value_original": "0.391981265",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=156;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.767",
    "value_original": "1.00435896",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=156;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=157;column=Flame Type",
    "status": "extracted",
    "test_id": "19200A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=157;column=Fuel",
    "status": "extracted",
    "test_id": "19200A3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=157;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.391981265",
    "value_original": "0.391981265",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=157;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.390565564",
    "value_original": "0.390565564",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=157;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.767",
    "value_original": "1.00435896",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=157;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.939",
    "value_original": "1.01592678",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=158;column=Flame Type",
    "status": "extracted",
    "test_id": "19200A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=158;column=Fuel",
    "status": "extracted",
    "test_id": "19200A4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=158;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.390565564",
    "value_original": "0.390565564",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=158;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.388965224",
    "value_original": "0.388965224",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=158;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.905",
    "value_original": "1.00571988",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=158;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.146",
    "value_original": "1.01796816",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=159;column=Flame Type",
    "status": "extracted",
    "test_id": "19200A5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=159;column=Fuel",
    "status": "extracted",
    "test_id": "19200A5",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=159;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.388965224",
    "value_original": "0.388965224",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=159;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.386954381",
    "value_original": "0.386954381",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=159;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200A5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.974",
    "value_original": "1.00640034",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=159;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200A5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.421",
    "value_original": "1.02069",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=160;column=Flame Type",
    "status": "extracted",
    "test_id": "19200A6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=160;column=Fuel",
    "status": "extracted",
    "test_id": "19200A6",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=160;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.386954381",
    "value_original": "0.386954381",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=160;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.384496992",
    "value_original": "0.384496992",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=160;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200A6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.111",
    "value_original": "1.00776126",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=160;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200A6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.766",
    "value_original": "1.0240923",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=161;column=Flame Type",
    "status": "extracted",
    "test_id": "19200A7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=161;column=Fuel",
    "status": "extracted",
    "test_id": "19200A7",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=161;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200A7",
    "unit": "1",
    "unit_original": "",
    "value": "0.384496992",
    "value_original": "0.384496992",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=161;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200A7",
    "unit": "1",
    "unit_original": "",
    "value": "0.382566898",
    "value_original": "0.382566898",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=161;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200A7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=161;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200A7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.835",
    "value_original": "1.02477276",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=162;column=Flame Type",
    "status": "extracted",
    "test_id": "19200A8",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=162;column=Fuel",
    "status": "extracted",
    "test_id": "19200A8",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=162;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200A8",
    "unit": "1",
    "unit_original": "",
    "value": "0.382566898",
    "value_original": "0.382566898",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=162;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200A8",
    "unit": "1",
    "unit_original": "",
    "value": "0.375117028",
    "value_original": "0.375117028",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=162;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200A8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=162;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200A8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.076",
    "value_original": "1.03702104",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=163;column=Flame Type",
    "status": "extracted",
    "test_id": "19200K1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=163;column=Fuel",
    "status": "extracted",
    "test_id": "19200K1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=163;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.299432834",
    "value_original": "0.299432834",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=163;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.297429735",
    "value_original": "0.297429735",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=163;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.491",
    "value_original": "1.00163712",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=163;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.008",
    "value_original": "1.01660724",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=164;column=Flame Type",
    "status": "extracted",
    "test_id": "19200H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=164;column=Fuel",
    "status": "extracted",
    "test_id": "19200H1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=164;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.297429735",
    "value_original": "0.297429735",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=164;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.293952369",
    "value_original": "0.293952369",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=164;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.629",
    "value_original": "1.00299804",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=164;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.215",
    "value_original": "1.01864862",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=165;column=Flame Type",
    "status": "extracted",
    "test_id": "19200H2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=165;column=Fuel",
    "status": "extracted",
    "test_id": "19200H2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=165;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.293952369",
    "value_original": "0.293952369",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=165;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.289422616",
    "value_original": "0.289422616",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=165;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200H2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.836",
    "value_original": "1.00503942",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=165;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200H2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.835",
    "value_original": "1.02477276",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=166;column=Flame Type",
    "status": "extracted",
    "test_id": "19200H3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=166;column=Fuel",
    "status": "extracted",
    "test_id": "19200H3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=166;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19200H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.289422616",
    "value_original": "0.289422616",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=166;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19200H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.280273169",
    "value_original": "0.280273169",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=166;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19200H3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=166;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19200H3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.076",
    "value_original": "1.03702104",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=167;column=Flame Type",
    "status": "extracted",
    "test_id": "19206A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=167;column=Fuel",
    "status": "extracted",
    "test_id": "19206A1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=167;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.209912572",
    "value_original": "0.209912572",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=167;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.208975718",
    "value_original": "0.208975718",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=167;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.629",
    "value_original": "1.00299804",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=167;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=168;column=Flame Type",
    "status": "extracted",
    "test_id": "19206A5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=168;column=Fuel",
    "status": "extracted",
    "test_id": "19206A5",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=168;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.208975718",
    "value_original": "0.208975718",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=168;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.208213735",
    "value_original": "0.208213735",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=168;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206A5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.974",
    "value_original": "1.00640034",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=168;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206A5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=169;column=Flame Type",
    "status": "extracted",
    "test_id": "19206G1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=169;column=Fuel",
    "status": "extracted",
    "test_id": "19206G1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=169;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.208213735",
    "value_original": "0.208213735",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=169;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.207380999",
    "value_original": "0.207380999",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=169;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.111",
    "value_original": "1.00776126",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=169;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.801",
    "value_original": "1.01456586",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=170;column=Flame Type",
    "status": "extracted",
    "test_id": "19206G2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=170;column=Fuel",
    "status": "extracted",
    "test_id": "19206G2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=170;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.207380999",
    "value_original": "0.207380999",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=170;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.206772012",
    "value_original": "0.206772012",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=170;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.18",
    "value_original": "1.00844172",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=170;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=171;column=Flame Type",
    "status": "extracted",
    "test_id": "19206G3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=171;column=Fuel",
    "status": "extracted",
    "test_id": "19206G3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=171;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.206772012",
    "value_original": "0.206772012",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=171;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.206181778",
    "value_original": "0.206181778",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=171;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.18",
    "value_original": "1.00844172",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=171;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=172;column=Flame Type",
    "status": "extracted",
    "test_id": "19206G4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=172;column=Fuel",
    "status": "extracted",
    "test_id": "19206G4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=172;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206G4",
    "unit": "1",
    "unit_original": "",
    "value": "0.206181778",
    "value_original": "0.206181778",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=172;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206G4",
    "unit": "1",
    "unit_original": "",
    "value": "0.20545971",
    "value_original": "0.20545971",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=172;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206G4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.18",
    "value_original": "1.00844172",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=172;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206G4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.077",
    "value_original": "1.0172877",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=173;column=Flame Type",
    "status": "extracted",
    "test_id": "19206G5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=173;column=Fuel",
    "status": "extracted",
    "test_id": "19206G5",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=173;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206G5",
    "unit": "1",
    "unit_original": "",
    "value": "0.20545971",
    "value_original": "0.20545971",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=173;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206G5",
    "unit": "1",
    "unit_original": "",
    "value": "0.204624224",
    "value_original": "0.204624224",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=173;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206G5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.18",
    "value_original": "1.00844172",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=173;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206G5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.146",
    "value_original": "1.01796816",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=174;column=Flame Type",
    "status": "extracted",
    "test_id": "19206L2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=174;column=Fuel",
    "status": "extracted",
    "test_id": "19206L2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=174;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206L2",
    "unit": "1",
    "unit_original": "",
    "value": "0.20452292",
    "value_original": "0.20452292",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=174;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206L2",
    "unit": "1",
    "unit_original": "",
    "value": "0.203933489",
    "value_original": "0.203933489",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=174;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206L2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.249",
    "value_original": "1.00912218",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=174;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206L2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.318",
    "value_original": "1.00980264",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=175;column=Flame Type",
    "status": "extracted",
    "test_id": "19206L3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=175;column=Fuel",
    "status": "extracted",
    "test_id": "19206L3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=175;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206L3",
    "unit": "1",
    "unit_original": "",
    "value": "0.203933489",
    "value_original": "0.203933489",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=175;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206L3",
    "unit": "1",
    "unit_original": "",
    "value": "0.203433022",
    "value_original": "0.203433022",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=175;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206L3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.318",
    "value_original": "1.00980264",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=175;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206L3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=176;column=Flame Type",
    "status": "extracted",
    "test_id": "19206L4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=176;column=Fuel",
    "status": "extracted",
    "test_id": "19206L4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=176;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206L4",
    "unit": "1",
    "unit_original": "",
    "value": "0.203433022",
    "value_original": "0.203433022",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=176;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206L4",
    "unit": "1",
    "unit_original": "",
    "value": "0.202894626",
    "value_original": "0.202894626",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=176;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206L4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=176;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206L4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=177;column=Flame Type",
    "status": "extracted",
    "test_id": "19206L6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=177;column=Fuel",
    "status": "extracted",
    "test_id": "19206L6",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=177;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206L6",
    "unit": "1",
    "unit_original": "",
    "value": "0.202879725",
    "value_original": "0.202879725",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=177;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206L6",
    "unit": "1",
    "unit_original": "",
    "value": "0.202260063",
    "value_original": "0.202260063",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=177;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206L6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=177;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206L6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=178;column=Flame Type",
    "status": "extracted",
    "test_id": "19206G7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=178;column=Fuel",
    "status": "extracted",
    "test_id": "19206G7",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=178;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206G7",
    "unit": "1",
    "unit_original": "",
    "value": "0.2022457",
    "value_original": "0.2022457",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=178;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206G7",
    "unit": "1",
    "unit_original": "",
    "value": "0.201524174",
    "value_original": "0.201524174",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=178;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206G7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=178;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206G7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=179;column=Flame Type",
    "status": "extracted",
    "test_id": "19206K1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=179;column=Fuel",
    "status": "extracted",
    "test_id": "19206K1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=179;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.201524174",
    "value_original": "0.201524174",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=179;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.201046071",
    "value_original": "0.201046071",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=179;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=179;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=180;column=Flame Type",
    "status": "extracted",
    "test_id": "19206K2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=180;column=Fuel",
    "status": "extracted",
    "test_id": "19206K2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=180;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.201046071",
    "value_original": "0.201046071",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=180;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.20058213",
    "value_original": "0.20058213",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=180;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206K2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=180;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206K2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=181;column=Flame Type",
    "status": "extracted",
    "test_id": "19206G8",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=181;column=Fuel",
    "status": "extracted",
    "test_id": "19206G8",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=181;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206G8",
    "unit": "1",
    "unit_original": "",
    "value": "0.20058213",
    "value_original": "0.20058213",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=181;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206G8",
    "unit": "1",
    "unit_original": "",
    "value": "0.200485764",
    "value_original": "0.200485764",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=181;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206G8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=181;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206G8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=182;column=Flame Type",
    "status": "extracted",
    "test_id": "19206G9",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=182;column=Fuel",
    "status": "extracted",
    "test_id": "19206G9",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=182;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206G9",
    "unit": "1",
    "unit_original": "",
    "value": "0.200485764",
    "value_original": "0.200485764",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=182;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206G9",
    "unit": "1",
    "unit_original": "",
    "value": "0.199858989",
    "value_original": "0.199858989",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=182;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206G9",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=182;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206G9",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.077",
    "value_original": "1.0172877",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=183;column=Flame Type",
    "status": "extracted",
    "test_id": "19206N1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=183;column=Fuel",
    "status": "extracted",
    "test_id": "19206N1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=183;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.199858989",
    "value_original": "0.199858989",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=183;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.19968905",
    "value_original": "0.19968905",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=183;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=183;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=184;column=Flame Type",
    "status": "extracted",
    "test_id": "19206H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=184;column=Fuel",
    "status": "extracted",
    "test_id": "19206H1",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=184;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.19968905",
    "value_original": "0.19968905",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=184;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.199163298",
    "value_original": "0.199163298",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=184;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=184;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=185;column=Flame Type",
    "status": "extracted",
    "test_id": "19206H2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=185;column=Fuel",
    "status": "extracted",
    "test_id": "19206H2",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=185;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.199163298",
    "value_original": "0.199163298",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=185;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.198596375",
    "value_original": "0.198596375",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=185;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206H2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=185;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206H2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.008",
    "value_original": "1.01660724",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=186;column=Flame Type",
    "status": "extracted",
    "test_id": "19206H3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=186;column=Fuel",
    "status": "extracted",
    "test_id": "19206H3",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=186;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.198596375",
    "value_original": "0.198596375",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=186;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.198048193",
    "value_original": "0.198048193",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=186;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206H3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=186;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206H3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.077",
    "value_original": "1.0172877",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=187;column=Flame Type",
    "status": "extracted",
    "test_id": "19206H4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=187;column=Fuel",
    "status": "extracted",
    "test_id": "19206H4",
    "unit": "",
    "unit_original": "",
    "value": "C2H4",
    "value_original": "C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=187;column=XO2 (init)",
    "status": "extracted",
    "test_id": "19206H4",
    "unit": "1",
    "unit_original": "",
    "value": "0.198048193",
    "value_original": "0.198048193",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, final; license not stated",
    "quote": "XO2 (final)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=187;column=XO2 (final)",
    "status": "extracted",
    "test_id": "19206H4",
    "unit": "1",
    "unit_original": "",
    "value": "0.197475265",
    "value_original": "0.197475265",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=187;column=pinit (atm)",
    "status": "extracted",
    "test_id": "19206H4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=187;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "19206H4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.077",
    "value_original": "1.0172877",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=188;column=Flame Type",
    "status": "extracted",
    "test_id": "21301A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=188;column=Fuel",
    "status": "extracted",
    "test_id": "21301A1",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=188;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=188;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=189;column=Flame Type",
    "status": "extracted",
    "test_id": "21301A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=189;column=Fuel",
    "status": "extracted",
    "test_id": "21301A2",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=189;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=189;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=190;column=Flame Type",
    "status": "extracted",
    "test_id": "21301A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=190;column=Fuel",
    "status": "extracted",
    "test_id": "21301A3",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=190;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=190;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301A3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=191;column=Flame Type",
    "status": "extracted",
    "test_id": "21301A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=191;column=Fuel",
    "status": "extracted",
    "test_id": "21301A4",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=191;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=191;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301A4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=192;column=Flame Type",
    "status": "extracted",
    "test_id": "21301A5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=192;column=Fuel",
    "status": "extracted",
    "test_id": "21301A5",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=192;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=192;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301A5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=193;column=Flame Type",
    "status": "extracted",
    "test_id": "21301A6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=193;column=Fuel",
    "status": "extracted",
    "test_id": "21301A6",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=193;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=193;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301A6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=194;column=Flame Type",
    "status": "extracted",
    "test_id": "21301C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=194;column=Fuel",
    "status": "extracted",
    "test_id": "21301C1",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=194;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=194;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=195;column=Flame Type",
    "status": "extracted",
    "test_id": "21301C2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=195;column=Fuel",
    "status": "extracted",
    "test_id": "21301C2",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=195;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=195;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=196;column=Flame Type",
    "status": "extracted",
    "test_id": "21301D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=196;column=Fuel",
    "status": "extracted",
    "test_id": "21301D1",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=196;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=196;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=197;column=Flame Type",
    "status": "extracted",
    "test_id": "21301D2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=197;column=Fuel",
    "status": "extracted",
    "test_id": "21301D2",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=197;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=197;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
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    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=198;column=Flame Type",
    "status": "extracted",
    "test_id": "21301A7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
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    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=198;column=Fuel",
    "status": "extracted",
    "test_id": "21301A7",
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    "unit_original": "",
    "value": "C3H8",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
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    "source_location": "row=198;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301A7",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
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    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
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    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
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    "source_location": "row=198;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301A7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
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    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=199;column=Flame Type",
    "status": "extracted",
    "test_id": "21301A8",
    "unit": "",
    "unit_original": "",
    "value": "normal",
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    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=199;column=Fuel",
    "status": "extracted",
    "test_id": "21301A8",
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    "unit_original": "",
    "value": "C3H8",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
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    "source_location": "row=199;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301A8",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
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    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
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    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
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    "source_location": "row=199;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301A8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
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    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=200;column=Flame Type",
    "status": "extracted",
    "test_id": "21301A9",
    "unit": "",
    "unit_original": "",
    "value": "normal",
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    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=200;column=Fuel",
    "status": "extracted",
    "test_id": "21301A9",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=200;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301A9",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=200;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301A9",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=201;column=Flame Type",
    "status": "extracted",
    "test_id": "21301H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=201;column=Fuel",
    "status": "extracted",
    "test_id": "21301H1",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=201;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=201;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=202;column=Flame Type",
    "status": "extracted",
    "test_id": "21301H2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=202;column=Fuel",
    "status": "extracted",
    "test_id": "21301H2",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=202;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=202;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301H2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=203;column=Flame Type",
    "status": "extracted",
    "test_id": "21301H3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=203;column=Fuel",
    "status": "extracted",
    "test_id": "21301H3",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=203;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=203;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301H3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=204;column=Flame Type",
    "status": "extracted",
    "test_id": "21301J1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=204;column=Fuel",
    "status": "extracted",
    "test_id": "21301J1",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=204;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=204;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=205;column=Flame Type",
    "status": "extracted",
    "test_id": "21301J2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=205;column=Fuel",
    "status": "extracted",
    "test_id": "21301J2",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=205;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=205;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=206;column=Flame Type",
    "status": "extracted",
    "test_id": "21301J3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=206;column=Fuel",
    "status": "extracted",
    "test_id": "21301J3",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=206;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=206;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=207;column=Flame Type",
    "status": "extracted",
    "test_id": "21301J4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=207;column=Fuel",
    "status": "extracted",
    "test_id": "21301J4",
    "unit": "",
    "unit_original": "",
    "value": "C3H8",
    "value_original": "C3H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "ambient, initial; license not stated",
    "quote": "XO2 (init)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=207;column=XO2 (init)",
    "status": "extracted",
    "test_id": "21301J4",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Normal Flame.csv",
    "source_location": "row=207;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21301J4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "94.4321",
    "value_original": "0.931972789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=1;column=Flame Type",
    "status": "extracted",
    "test_id": "21328A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=1;column=XO2",
    "status": "extracted",
    "test_id": "21328A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.37082819",
    "value_original": "0.37082819",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=1;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21328A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.146",
    "value_original": "0.99823482",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=1;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21328A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.318",
    "value_original": "1.00980264",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=2;column=Flame Type",
    "status": "extracted",
    "test_id": "21328A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=2;column=XO2",
    "status": "extracted",
    "test_id": "21328A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.371286026",
    "value_original": "0.371286026",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=2;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21328A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.491",
    "value_original": "1.00163712",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=2;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21328A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=3;column=Flame Type",
    "status": "extracted",
    "test_id": "21328D1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=3;column=XO2",
    "status": "extracted",
    "test_id": "21328D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.212319452",
    "value_original": "0.212319452",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=3;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21328D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=3;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21328D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "110.73",
    "value_original": "1.09281876",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=4;column=Flame Type",
    "status": "extracted",
    "test_id": "21328N1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=4;column=XO2",
    "status": "extracted",
    "test_id": "21328N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=4;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21328N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "96.1819",
    "value_original": "0.9492417",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=4;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21328N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "97.354",
    "value_original": "0.96080952",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=5;column=Flame Type",
    "status": "extracted",
    "test_id": "21328N2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=5;column=XO2",
    "status": "extracted",
    "test_id": "21328N2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=5;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21328N2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "96.3198",
    "value_original": "0.95060262",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=5;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21328N2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "97.2161",
    "value_original": "0.9594486",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=6;column=Flame Type",
    "status": "extracted",
    "test_id": "21328N3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=6;column=XO2",
    "status": "extracted",
    "test_id": "21328N3",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=6;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21328N3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "96.4577",
    "value_original": "0.95196354",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=6;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21328N3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "97.2851",
    "value_original": "0.96012906",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=7;column=Flame Type",
    "status": "extracted",
    "test_id": "21328N4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=7;column=XO2",
    "status": "extracted",
    "test_id": "21328N4",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=7;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21328N4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "96.5267",
    "value_original": "0.952644",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=7;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21328N4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "97.2161",
    "value_original": "0.9594486",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=8;column=Flame Type",
    "status": "extracted",
    "test_id": "21328N5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=8;column=XO2",
    "status": "extracted",
    "test_id": "21328N5",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=8;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21328N5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "96.5956",
    "value_original": "0.95332446",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=8;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21328N5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "97.2161",
    "value_original": "0.9594486",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=9;column=Flame Type",
    "status": "extracted",
    "test_id": "21328P1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=9;column=XO2",
    "status": "extracted",
    "test_id": "21328P1",
    "unit": "1",
    "unit_original": "",
    "value": "0.40193315",
    "value_original": "0.40193315",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=9;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21328P1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "96.6645",
    "value_original": "0.95400492",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=9;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21328P1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "97.1472",
    "value_original": "0.95876814",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=10;column=Flame Type",
    "status": "extracted",
    "test_id": "21340A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=10;column=XO2",
    "status": "extracted",
    "test_id": "21340A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=10;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.146",
    "value_original": "0.99823482",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=10;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=11;column=Flame Type",
    "status": "extracted",
    "test_id": "21340A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=11;column=XO2",
    "status": "extracted",
    "test_id": "21340A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=11;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.353",
    "value_original": "1.0002762",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=11;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=12;column=Flame Type",
    "status": "extracted",
    "test_id": "21340B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=12;column=XO2",
    "status": "extracted",
    "test_id": "21340B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.564864309",
    "value_original": "0.564864309",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=12;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.56",
    "value_original": "1.00231758",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=12;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.939",
    "value_original": "1.01592678",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=13;column=Flame Type",
    "status": "extracted",
    "test_id": "21340B2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=13;column=XO2",
    "status": "extracted",
    "test_id": "21340B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.565263488",
    "value_original": "0.565263488",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=13;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.767",
    "value_original": "1.00435896",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=13;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.077",
    "value_original": "1.0172877",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=14;column=Flame Type",
    "status": "extracted",
    "test_id": "21340C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=14;column=XO2",
    "status": "extracted",
    "test_id": "21340C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.355416217",
    "value_original": "0.355416217",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=14;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.974",
    "value_original": "1.00640034",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=14;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.146",
    "value_original": "1.01796816",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=15;column=Flame Type",
    "status": "extracted",
    "test_id": "21340C2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=15;column=XO2",
    "status": "extracted",
    "test_id": "21340C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.355855949",
    "value_original": "0.355855949",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=15;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.111",
    "value_original": "1.00776126",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=15;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.146",
    "value_original": "1.01796816",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=16;column=Flame Type",
    "status": "extracted",
    "test_id": "21340C3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=16;column=XO2",
    "status": "extracted",
    "test_id": "21340C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.289768222",
    "value_original": "0.289768222",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=16;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340C3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.318",
    "value_original": "1.00980264",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=16;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340C3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.559",
    "value_original": "1.02205092",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=17;column=Flame Type",
    "status": "extracted",
    "test_id": "21340C4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=17;column=XO2",
    "status": "extracted",
    "test_id": "21340C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.291369888",
    "value_original": "0.291369888",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=17;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340C4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=17;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340C4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.421",
    "value_original": "1.02069",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=18;column=Flame Type",
    "status": "extracted",
    "test_id": "21340C5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=18;column=XO2",
    "status": "extracted",
    "test_id": "21340C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.293991022",
    "value_original": "0.293991022",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=18;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340C5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=18;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340C5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.352",
    "value_original": "1.02000954",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=19;column=Flame Type",
    "status": "extracted",
    "test_id": "21340C6",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=19;column=XO2",
    "status": "extracted",
    "test_id": "21340C6",
    "unit": "1",
    "unit_original": "",
    "value": "0.291244031",
    "value_original": "0.291244031",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=19;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340C6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=19;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340C6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.628",
    "value_original": "1.02273138",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=20;column=Flame Type",
    "status": "extracted",
    "test_id": "21340C7",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=20;column=XO2",
    "status": "extracted",
    "test_id": "21340C7",
    "unit": "1",
    "unit_original": "",
    "value": "0.294875805",
    "value_original": "0.294875805",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=20;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340C7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.008",
    "value_original": "1.01660724",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=20;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340C7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.559",
    "value_original": "1.02205092",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=21;column=Flame Type",
    "status": "extracted",
    "test_id": "21340M1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=21;column=XO2",
    "status": "extracted",
    "test_id": "21340M1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=21;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340M1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.284",
    "value_original": "0.99959574",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=21;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340M1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.146",
    "value_original": "1.01796816",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=22;column=Flame Type",
    "status": "extracted",
    "test_id": "21340M2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=22;column=XO2",
    "status": "extracted",
    "test_id": "21340M2",
    "unit": "1",
    "unit_original": "",
    "value": "0.469396187",
    "value_original": "0.469396187",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=22;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21340M2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.491",
    "value_original": "1.00163712",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=22;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21340M2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.525",
    "value_original": "1.03157736",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=23;column=Flame Type",
    "status": "extracted",
    "test_id": "21349A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=23;column=XO2",
    "status": "extracted",
    "test_id": "21349A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=23;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "43.0233",
    "value_original": "0.42460704",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=23;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "43.2991",
    "value_original": "0.42732888",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=24;column=Flame Type",
    "status": "extracted",
    "test_id": "21349B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=24;column=XO2",
    "status": "extracted",
    "test_id": "21349B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=24;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "43.0923",
    "value_original": "0.4252875",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=24;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "43.6438",
    "value_original": "0.43073118",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=25;column=Flame Type",
    "status": "extracted",
    "test_id": "21349D2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=25;column=XO2",
    "status": "extracted",
    "test_id": "21349D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.212288808",
    "value_original": "0.212288808",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=25;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "43.2302",
    "value_original": "0.42664842",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=25;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "43.6438",
    "value_original": "0.43073118",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=26;column=Flame Type",
    "status": "extracted",
    "test_id": "21349D3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=26;column=XO2",
    "status": "extracted",
    "test_id": "21349D3",
    "unit": "1",
    "unit_original": "",
    "value": "0.252907672",
    "value_original": "0.252907672",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=26;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349D3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "43.368",
    "value_original": "0.42800934",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=26;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349D3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "43.8507",
    "value_original": "0.43277256",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=27;column=Flame Type",
    "status": "extracted",
    "test_id": "21349M1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=27;column=XO2",
    "status": "extracted",
    "test_id": "21349M1",
    "unit": "1",
    "unit_original": "",
    "value": "0.345371087",
    "value_original": "0.345371087",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=27;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349M1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.215",
    "value_original": "0.99891528",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=27;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349M1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=28;column=Flame Type",
    "status": "extracted",
    "test_id": "21349M2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=28;column=XO2",
    "status": "extracted",
    "test_id": "21349M2",
    "unit": "1",
    "unit_original": "",
    "value": "0.262286322",
    "value_original": "0.262286322",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=28;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349M2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.491",
    "value_original": "1.00163712",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=28;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349M2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=29;column=Flame Type",
    "status": "extracted",
    "test_id": "21349M3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=29;column=XO2",
    "status": "extracted",
    "test_id": "21349M3",
    "unit": "1",
    "unit_original": "",
    "value": "0.212467161",
    "value_original": "0.212467161",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=29;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349M3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=29;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349M3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.835",
    "value_original": "1.02477276",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=30;column=Flame Type",
    "status": "extracted",
    "test_id": "21349M4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=30;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349M4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=30;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349M4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.8",
    "value_original": "1.0342992",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=31;column=Flame Type",
    "status": "extracted",
    "test_id": "21349M5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=31;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349M5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.352",
    "value_original": "1.02000954",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=31;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349M5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.49",
    "value_original": "1.0411038",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=32;column=Flame Type",
    "status": "extracted",
    "test_id": "21349M6",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=32;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349M6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.249",
    "value_original": "1.02885552",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=32;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349M6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.386",
    "value_original": "1.04994978",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=33;column=Flame Type",
    "status": "extracted",
    "test_id": "21349M7",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=33;column=XO2",
    "status": "extracted",
    "test_id": "21349M7",
    "unit": "1",
    "unit_original": "",
    "value": "0.500492181",
    "value_original": "0.500492181",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=33;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349M7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "105.214",
    "value_original": "1.03838196",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=33;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349M7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "106.386",
    "value_original": "1.04994978",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=34;column=Flame Type",
    "status": "extracted",
    "test_id": "21349N1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=34;column=XO2",
    "status": "extracted",
    "test_id": "21349N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.502028139",
    "value_original": "0.502028139",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=34;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.8144",
    "value_original": "0.50149902",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=34;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349N1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.8486",
    "value_original": "0.51170592",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=35;column=Flame Type",
    "status": "extracted",
    "test_id": "21349N2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=35;column=XO2",
    "status": "extracted",
    "test_id": "21349N2",
    "unit": "1",
    "unit_original": "",
    "value": "0.319651909",
    "value_original": "0.319651909",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=35;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349N2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.0902",
    "value_original": "0.50422086",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=35;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349N2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.0554",
    "value_original": "0.5137473",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=36;column=Flame Type",
    "status": "extracted",
    "test_id": "21349N3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=36;column=XO2",
    "status": "extracted",
    "test_id": "21349N3",
    "unit": "1",
    "unit_original": "",
    "value": "0.212378902",
    "value_original": "0.212378902",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=36;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349N3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.4349",
    "value_original": "0.50762316",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=36;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349N3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.9518",
    "value_original": "0.52259328",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=37;column=Flame Type",
    "status": "extracted",
    "test_id": "21349N4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=37;column=XO2",
    "status": "extracted",
    "test_id": "21349N4",
    "unit": "1",
    "unit_original": "",
    "value": "0.212017175",
    "value_original": "0.212017175",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=37;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21349N4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.2623",
    "value_original": "0.51578868",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=37;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21349N4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "53.2276",
    "value_original": "0.52531512",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=38;column=Flame Type",
    "status": "extracted",
    "test_id": "21361A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=38;column=XO2",
    "status": "extracted",
    "test_id": "21361A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=38;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.353",
    "value_original": "1.0002762",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=38;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=39;column=Flame Type",
    "status": "extracted",
    "test_id": "21361B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=39;column=XO2",
    "status": "extracted",
    "test_id": "21361B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=39;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.56",
    "value_original": "1.00231758",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=39;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=40;column=Flame Type",
    "status": "extracted",
    "test_id": "21361C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=40;column=XO2",
    "status": "extracted",
    "test_id": "21361C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.433408794",
    "value_original": "0.433408794",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=40;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=40;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.215",
    "value_original": "1.01864862",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=41;column=Flame Type",
    "status": "extracted",
    "test_id": "21361C2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=41;column=XO2",
    "status": "extracted",
    "test_id": "21361C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.433829814",
    "value_original": "0.433829814",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=41;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.042",
    "value_original": "1.0070808",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=41;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.559",
    "value_original": "1.02205092",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=42;column=Flame Type",
    "status": "extracted",
    "test_id": "21361D1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=42;column=XO2",
    "status": "extracted",
    "test_id": "21361D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.269972431",
    "value_original": "0.269972431",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=42;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.318",
    "value_original": "1.00980264",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=42;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.766",
    "value_original": "1.0240923",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=43;column=Flame Type",
    "status": "extracted",
    "test_id": "21361D2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=43;column=XO2",
    "status": "extracted",
    "test_id": "21361D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.270380954",
    "value_original": "0.270380954",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=43;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=43;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.835",
    "value_original": "1.02477276",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=44;column=Flame Type",
    "status": "extracted",
    "test_id": "21361F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=44;column=XO2",
    "status": "extracted",
    "test_id": "21361F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=44;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.215",
    "value_original": "0.99891528",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=44;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=45;column=Flame Type",
    "status": "extracted",
    "test_id": "21361F2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=45;column=XO2",
    "status": "extracted",
    "test_id": "21361F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=45;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361F2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.353",
    "value_original": "1.0002762",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=45;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361F2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=46;column=Flame Type",
    "status": "extracted",
    "test_id": "21361F3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=46;column=XO2",
    "status": "extracted",
    "test_id": "21361F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=46;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361F3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.491",
    "value_original": "1.00163712",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=46;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361F3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=47;column=Flame Type",
    "status": "extracted",
    "test_id": "21361F4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=47;column=XO2",
    "status": "extracted",
    "test_id": "21361F4",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=47;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361F4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.56",
    "value_original": "1.00231758",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=47;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361F4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=48;column=Flame Type",
    "status": "extracted",
    "test_id": "21361F5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=48;column=XO2",
    "status": "extracted",
    "test_id": "21361F5",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=48;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361F5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=48;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361F5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=49;column=Flame Type",
    "status": "extracted",
    "test_id": "21361F6",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=49;column=XO2",
    "status": "extracted",
    "test_id": "21361F6",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=49;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361F6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=49;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361F6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=50;column=Flame Type",
    "status": "extracted",
    "test_id": "21361G1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=50;column=XO2",
    "status": "extracted",
    "test_id": "21361G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.569603349",
    "value_original": "0.569603349",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=50;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=50;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=51;column=Flame Type",
    "status": "extracted",
    "test_id": "21361G2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=51;column=XO2",
    "status": "extracted",
    "test_id": "21361G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.571963123",
    "value_original": "0.571963123",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=51;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.905",
    "value_original": "1.00571988",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=51;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=52;column=Flame Type",
    "status": "extracted",
    "test_id": "21361G3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=52;column=XO2",
    "status": "extracted",
    "test_id": "21361G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.572032341",
    "value_original": "0.572032341",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=52;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.042",
    "value_original": "1.0070808",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=52;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.939",
    "value_original": "1.01592678",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=53;column=Flame Type",
    "status": "extracted",
    "test_id": "21361G4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=53;column=XO2",
    "status": "extracted",
    "test_id": "21361G4",
    "unit": "1",
    "unit_original": "",
    "value": "0.364248407",
    "value_original": "0.364248407",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=53;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361G4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.111",
    "value_original": "1.00776126",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=53;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361G4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.215",
    "value_original": "1.01864862",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=54;column=Flame Type",
    "status": "extracted",
    "test_id": "21361G5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=54;column=XO2",
    "status": "extracted",
    "test_id": "21361G5",
    "unit": "1",
    "unit_original": "",
    "value": "0.366162786",
    "value_original": "0.366162786",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=54;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361G5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.249",
    "value_original": "1.00912218",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=54;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361G5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.939",
    "value_original": "1.01592678",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=55;column=Flame Type",
    "status": "extracted",
    "test_id": "21361M1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=55;column=XO2",
    "status": "extracted",
    "test_id": "21361M1",
    "unit": "1",
    "unit_original": "",
    "value": "0.434718543",
    "value_original": "0.434718543",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=55;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361M1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.284",
    "value_original": "0.99959574",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=55;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361M1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=56;column=Flame Type",
    "status": "extracted",
    "test_id": "21361M2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=56;column=XO2",
    "status": "extracted",
    "test_id": "21361M2",
    "unit": "1",
    "unit_original": "",
    "value": "0.271103057",
    "value_original": "0.271103057",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=56;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361M2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.491",
    "value_original": "1.00163712",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=56;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361M2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=57;column=Flame Type",
    "status": "extracted",
    "test_id": "21361M3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=57;column=XO2",
    "status": "extracted",
    "test_id": "21361M3",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=57;column=pinit (atm)",
    "status": "extracted",
    "test_id": "21361M3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.629",
    "value_original": "1.00299804",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=57;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "21361M3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.697",
    "value_original": "1.02341184",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=58;column=Flame Type",
    "status": "extracted",
    "test_id": "22018A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=58;column=XO2",
    "status": "extracted",
    "test_id": "22018A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=58;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.146",
    "value_original": "0.99823482",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=58;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.18",
    "value_original": "1.00844172",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=59;column=Flame Type",
    "status": "extracted",
    "test_id": "22018B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=59;column=XO2",
    "status": "extracted",
    "test_id": "22018B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=59;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.353",
    "value_original": "1.0002762",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=59;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.18",
    "value_original": "1.00844172",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=60;column=Flame Type",
    "status": "extracted",
    "test_id": "22018C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=60;column=XO2",
    "status": "extracted",
    "test_id": "22018C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.568658025",
    "value_original": "0.568658025",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=60;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.422",
    "value_original": "1.00095666",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=60;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=61;column=Flame Type",
    "status": "extracted",
    "test_id": "22018D1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=61;column=XO2",
    "status": "extracted",
    "test_id": "22018D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.455719081",
    "value_original": "0.455719081",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=61;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.491",
    "value_original": "1.00163712",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=61;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=62;column=Flame Type",
    "status": "extracted",
    "test_id": "22018F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=62;column=XO2",
    "status": "extracted",
    "test_id": "22018F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.365417242",
    "value_original": "0.365417242",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=62;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.629",
    "value_original": "1.00299804",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=62;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=63;column=Flame Type",
    "status": "extracted",
    "test_id": "22018G1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=63;column=XO2",
    "status": "extracted",
    "test_id": "22018G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=63;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.215",
    "value_original": "0.99891528",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=63;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.387",
    "value_original": "1.0104831",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=64;column=Flame Type",
    "status": "extracted",
    "test_id": "22018G2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=64;column=XO2",
    "status": "extracted",
    "test_id": "22018G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=64;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.422",
    "value_original": "1.00095666",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=64;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=65;column=Flame Type",
    "status": "extracted",
    "test_id": "22018G3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=65;column=XO2",
    "status": "extracted",
    "test_id": "22018G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=65;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.56",
    "value_original": "1.00231758",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=65;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018G3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.594",
    "value_original": "1.01252448",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=66;column=Flame Type",
    "status": "extracted",
    "test_id": "22018H2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=66;column=XO2",
    "status": "extracted",
    "test_id": "22018H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.497148646",
    "value_original": "0.497148646",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=66;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018H2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.698",
    "value_original": "1.0036785",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=66;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018H2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.801",
    "value_original": "1.01456586",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=67;column=Flame Type",
    "status": "extracted",
    "test_id": "22018J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=67;column=XO2",
    "status": "extracted",
    "test_id": "22018J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.318171716",
    "value_original": "0.318171716",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=67;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.974",
    "value_original": "1.00640034",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=67;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.49",
    "value_original": "1.02137046",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=68;column=Flame Type",
    "status": "extracted",
    "test_id": "22018J2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=68;column=XO2",
    "status": "extracted",
    "test_id": "22018J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=68;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=68;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.421",
    "value_original": "1.02069",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=69;column=Flame Type",
    "status": "extracted",
    "test_id": "22018J4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=69;column=XO2",
    "status": "extracted",
    "test_id": "22018J4",
    "unit": "1",
    "unit_original": "",
    "value": "0.460992465",
    "value_original": "0.460992465",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=69;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22018J4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=69;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22018J4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.938",
    "value_original": "1.03566012",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=70;column=Flame Type",
    "status": "extracted",
    "test_id": "22024A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=70;column=XO2",
    "status": "extracted",
    "test_id": "22024A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=70;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.284",
    "value_original": "0.99959574",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=70;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.525",
    "value_original": "1.01184402",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=71;column=Flame Type",
    "status": "extracted",
    "test_id": "22024A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=71;column=XO2",
    "status": "extracted",
    "test_id": "22024A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=71;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.491",
    "value_original": "1.00163712",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=71;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024A2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.732",
    "value_original": "1.0138854",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=72;column=Flame Type",
    "status": "extracted",
    "test_id": "22024B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=72;column=XO2",
    "status": "extracted",
    "test_id": "22024B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=72;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.629",
    "value_original": "1.00299804",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=72;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.663",
    "value_original": "1.01320494",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=73;column=Flame Type",
    "status": "extracted",
    "test_id": "22024C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=73;column=XO2",
    "status": "extracted",
    "test_id": "22024C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.644458404",
    "value_original": "0.644458404",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=73;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.767",
    "value_original": "1.00435896",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=73;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.939",
    "value_original": "1.01592678",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=74;column=Flame Type",
    "status": "extracted",
    "test_id": "22024D1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=74;column=XO2",
    "status": "extracted",
    "test_id": "22024D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.411995618",
    "value_original": "0.411995618",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=74;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.836",
    "value_original": "1.00503942",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=74;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.87",
    "value_original": "1.01524632",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=75;column=Flame Type",
    "status": "extracted",
    "test_id": "22024F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=75;column=XO2",
    "status": "extracted",
    "test_id": "22024F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.256270373",
    "value_original": "0.256270373",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=75;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.042",
    "value_original": "1.0070808",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=75;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.077",
    "value_original": "1.0172877",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=76;column=Flame Type",
    "status": "extracted",
    "test_id": "22024B2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=76;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.318",
    "value_original": "1.00980264",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=76;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "103.973",
    "value_original": "1.02613368",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=77;column=Flame Type",
    "status": "extracted",
    "test_id": "22024B3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=77;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.456",
    "value_original": "1.01116356",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=77;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "104.594",
    "value_original": "1.03225782",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=78;column=Flame Type",
    "status": "extracted",
    "test_id": "22024G1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=78;column=XO2",
    "status": "extracted",
    "test_id": "22024G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=78;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6075",
    "value_original": "0.49945764",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=78;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.2281",
    "value_original": "0.50558178",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=79;column=Flame Type",
    "status": "extracted",
    "test_id": "22024H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=79;column=XO2",
    "status": "extracted",
    "test_id": "22024H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=79;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.7454",
    "value_original": "0.50081856",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=79;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024H1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.366",
    "value_original": "0.5069427",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=80;column=Flame Type",
    "status": "extracted",
    "test_id": "22024J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=80;column=XO2",
    "status": "extracted",
    "test_id": "22024J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.643889549",
    "value_original": "0.643889549",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=80;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.8144",
    "value_original": "0.50149902",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=80;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.366",
    "value_original": "0.5069427",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=81;column=Flame Type",
    "status": "extracted",
    "test_id": "22024K1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=81;column=XO2",
    "status": "extracted",
    "test_id": "22024K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.411583511",
    "value_original": "0.411583511",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=81;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.8833",
    "value_original": "0.50217948",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=81;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024K1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.5039",
    "value_original": "0.50830362",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=82;column=Flame Type",
    "status": "extracted",
    "test_id": "22024L1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=82;column=XO2",
    "status": "extracted",
    "test_id": "22024L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.256080232",
    "value_original": "0.256080232",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=82;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024L1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.0902",
    "value_original": "0.50422086",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=82;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024L1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.7107",
    "value_original": "0.510345",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=83;column=Flame Type",
    "status": "extracted",
    "test_id": "22024L2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=83;column=XO2",
    "status": "extracted",
    "test_id": "22024L2",
    "unit": "1",
    "unit_original": "",
    "value": "0.327364706",
    "value_original": "0.327364706",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=83;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024L2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.2281",
    "value_original": "0.50558178",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=83;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024L2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.7797",
    "value_original": "0.51102546",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=84;column=Flame Type",
    "status": "extracted",
    "test_id": "22024L3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=84;column=XO2",
    "status": "extracted",
    "test_id": "22024L3",
    "unit": "1",
    "unit_original": "",
    "value": "0.413276012",
    "value_original": "0.413276012",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=84;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024L3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.4349",
    "value_original": "0.50762316",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=84;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024L3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.8486",
    "value_original": "0.51170592",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=85;column=Flame Type",
    "status": "extracted",
    "test_id": "22024H2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=85;column=XO2",
    "status": "extracted",
    "test_id": "22024H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=85;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024H2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.5039",
    "value_original": "0.50830362",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=85;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024H2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.0554",
    "value_original": "0.5137473",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=86;column=Flame Type",
    "status": "extracted",
    "test_id": "22042M1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=86;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22042M1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.5039",
    "value_original": "0.50830362",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=86;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22042M1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.4002",
    "value_original": "0.5171496",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=87;column=Flame Type",
    "status": "extracted",
    "test_id": "22024M2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=87;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024M2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.7797",
    "value_original": "0.51102546",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=87;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024M2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.8139",
    "value_original": "0.52123236",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=88;column=Flame Type",
    "status": "extracted",
    "test_id": "22024K2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=88;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024K2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.9175",
    "value_original": "0.51238638",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=88;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024K2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "53.2276",
    "value_original": "0.52531512",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=89;column=Flame Type",
    "status": "extracted",
    "test_id": "22024K3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=89;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22024K3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.4002",
    "value_original": "0.5171496",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=89;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22024K3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "53.986",
    "value_original": "0.53280018",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=90;column=Flame Type",
    "status": "extracted",
    "test_id": "22027B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=90;column=XO2",
    "status": "extracted",
    "test_id": "22027B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=90;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.783",
    "value_original": "2.99810676",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=90;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.162",
    "value_original": "3.01171596",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=91;column=Flame Type",
    "status": "extracted",
    "test_id": "22027B2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=91;column=XO2",
    "status": "extracted",
    "test_id": "22027B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=91;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.921",
    "value_original": "2.99946768",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=91;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027B2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.231",
    "value_original": "3.01239642",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=92;column=Flame Type",
    "status": "extracted",
    "test_id": "22027B3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=92;column=XO2",
    "status": "extracted",
    "test_id": "22027B3",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=92;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "304.059",
    "value_original": "3.0008286",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=92;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.369",
    "value_original": "3.01375734",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=93;column=Flame Type",
    "status": "extracted",
    "test_id": "22027B4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=93;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027B4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "304.197",
    "value_original": "3.00218952",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=93;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027B4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "304.679",
    "value_original": "3.00695274",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=94;column=Flame Type",
    "status": "extracted",
    "test_id": "22027B5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=94;column=XO2",
    "status": "extracted",
    "test_id": "22027B5",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=94;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027B5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "304.266",
    "value_original": "3.00286998",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=94;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027B5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.3",
    "value_original": "3.01307688",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=95;column=Flame Type",
    "status": "extracted",
    "test_id": "22027B6",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=95;column=XO2",
    "status": "extracted",
    "test_id": "22027B6",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=95;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027B6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "304.335",
    "value_original": "3.00355044",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=95;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027B6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.507",
    "value_original": "3.01511826",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=96;column=Flame Type",
    "status": "extracted",
    "test_id": "22027B7",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=96;column=XO2",
    "status": "extracted",
    "test_id": "22027B7",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=96;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027B7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "304.473",
    "value_original": "3.00491136",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=96;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027B7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.507",
    "value_original": "3.01511826",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=97;column=Flame Type",
    "status": "extracted",
    "test_id": "22027D1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=97;column=XO2",
    "status": "extracted",
    "test_id": "22027D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.491262479",
    "value_original": "0.491262479",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=97;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "304.542",
    "value_original": "3.00559182",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=97;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "306.403",
    "value_original": "3.02396424",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=98;column=Flame Type",
    "status": "extracted",
    "test_id": "22027D2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=98;column=XO2",
    "status": "extracted",
    "test_id": "22027D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=98;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "304.748",
    "value_original": "3.0076332",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=98;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027D2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "306.886",
    "value_original": "3.02872746",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=99;column=Flame Type",
    "status": "extracted",
    "test_id": "22027D3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=99;column=XO2",
    "status": "extracted",
    "test_id": "22027D3",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=99;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027D3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.783",
    "value_original": "2.99810676",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=99;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027D3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.369",
    "value_original": "3.01375734",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=100;column=Flame Type",
    "status": "extracted",
    "test_id": "22027D4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=100;column=XO2",
    "status": "extracted",
    "test_id": "22027D4",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=100;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027D4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.783",
    "value_original": "2.99810676",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=100;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027D4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.369",
    "value_original": "3.01375734",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=101;column=Flame Type",
    "status": "extracted",
    "test_id": "22027D5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=101;column=XO2",
    "status": "extracted",
    "test_id": "22027D5",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=101;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027D5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.783",
    "value_original": "2.99810676",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=101;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027D5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.369",
    "value_original": "3.01375734",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=102;column=Flame Type",
    "status": "extracted",
    "test_id": "22027D6",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=102;column=XO2",
    "status": "extracted",
    "test_id": "22027D6",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=102;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027D6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.921",
    "value_original": "2.99946768",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=102;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027D6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.369",
    "value_original": "3.01375734",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=103;column=Flame Type",
    "status": "extracted",
    "test_id": "22027B8",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=103;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027B8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.921",
    "value_original": "2.99946768",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=103;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027B8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.093",
    "value_original": "3.0110355",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=104;column=Flame Type",
    "status": "extracted",
    "test_id": "22027C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=104;column=XO2",
    "status": "extracted",
    "test_id": "22027C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.498054913",
    "value_original": "0.498054913",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=104;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.99",
    "value_original": "3.00014814",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=104;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.576",
    "value_original": "3.01579872",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=105;column=Flame Type",
    "status": "extracted",
    "test_id": "22027C2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=105;column=XO2",
    "status": "extracted",
    "test_id": "22027C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.318569512",
    "value_original": "0.318569512",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=105;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22027C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "304.197",
    "value_original": "3.00218952",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=105;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22027C2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "305.438",
    "value_original": "3.0144378",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=106;column=Flame Type",
    "status": "extracted",
    "test_id": "22035A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=106;column=XO2",
    "status": "extracted",
    "test_id": "22035A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=106;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "199.741",
    "value_original": "1.97129262",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=106;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035A1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "200.982",
    "value_original": "1.9835409",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=107;column=Flame Type",
    "status": "extracted",
    "test_id": "22035B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=107;column=XO2",
    "status": "extracted",
    "test_id": "22035B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=107;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "199.81",
    "value_original": "1.97197308",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=107;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035B1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "201.327",
    "value_original": "1.9869432",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=108;column=Flame Type",
    "status": "extracted",
    "test_id": "22035C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=108;column=XO2",
    "status": "extracted",
    "test_id": "22035C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.569103938",
    "value_original": "0.569103938",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=108;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "200.017",
    "value_original": "1.97401446",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=108;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035C1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "201.258",
    "value_original": "1.98626274",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=109;column=Flame Type",
    "status": "extracted",
    "test_id": "22035D1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=109;column=XO2",
    "status": "extracted",
    "test_id": "22035D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.455889821",
    "value_original": "0.455889821",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=109;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "200.086",
    "value_original": "1.97469492",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=109;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035D1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "201.327",
    "value_original": "1.9869432",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=110;column=Flame Type",
    "status": "extracted",
    "test_id": "22035D3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=110;column=XO2",
    "status": "extracted",
    "test_id": "22035D3",
    "unit": "1",
    "unit_original": "",
    "value": "0.455328049",
    "value_original": "0.455328049",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=110;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035D3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "200.017",
    "value_original": "1.97401446",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=110;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035D3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "201.258",
    "value_original": "1.98626274",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=111;column=Flame Type",
    "status": "extracted",
    "test_id": "22035F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=111;column=XO2",
    "status": "extracted",
    "test_id": "22035F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.36478772",
    "value_original": "0.36478772",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=111;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "200.362",
    "value_original": "1.97741676",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=111;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035F1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "201.465",
    "value_original": "1.98830412",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=112;column=Flame Type",
    "status": "extracted",
    "test_id": "22035G1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=112;column=XO2",
    "status": "extracted",
    "test_id": "22035G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.290628255",
    "value_original": "0.290628255",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=112;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "200.431",
    "value_original": "1.97809722",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=112;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035G1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "201.534",
    "value_original": "1.98898458",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=113;column=Flame Type",
    "status": "extracted",
    "test_id": "22035G2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=113;column=XO2",
    "status": "extracted",
    "test_id": "22035G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=113;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "200.569",
    "value_original": "1.97945814",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=113;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035G2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "204.499",
    "value_original": "2.01824436",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=114;column=Flame Type",
    "status": "extracted",
    "test_id": "22035J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=114;column=XO2",
    "status": "extracted",
    "test_id": "22035J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=114;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6075",
    "value_original": "0.49945764",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=114;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035J1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.6418",
    "value_original": "0.50966454",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=115;column=Flame Type",
    "status": "extracted",
    "test_id": "22035J2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=115;column=XO2",
    "status": "extracted",
    "test_id": "22035J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=115;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.0212",
    "value_original": "0.5035404",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=115;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035J2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.9175",
    "value_original": "0.51238638",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=116;column=Flame Type",
    "status": "extracted",
    "test_id": "22035J3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=116;column=XO2",
    "status": "extracted",
    "test_id": "22035J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=116;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.366",
    "value_original": "0.5069427",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=116;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035J3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.0554",
    "value_original": "0.5137473",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=117;column=Flame Type",
    "status": "extracted",
    "test_id": "22035J4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=117;column=XO2",
    "status": "extracted",
    "test_id": "22035J4",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=117;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035J4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.4349",
    "value_original": "0.50762316",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=117;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035J4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.2623",
    "value_original": "0.51578868",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=118;column=Flame Type",
    "status": "extracted",
    "test_id": "22035J5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=118;column=XO2",
    "status": "extracted",
    "test_id": "22035J5",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=118;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035J5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.5728",
    "value_original": "0.50898408",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=118;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035J5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.3312",
    "value_original": "0.51646914",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=119;column=Flame Type",
    "status": "extracted",
    "test_id": "22035J6",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=119;column=XO2",
    "status": "extracted",
    "test_id": "22035J6",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=119;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035J6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.7107",
    "value_original": "0.510345",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=119;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035J6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.607",
    "value_original": "0.51919098",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "license not stated",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=120;column=Flame Type",
    "status": "extracted",
    "test_id": "22035J7",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner; license not stated",
    "quote": "XO2",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=120;column=XO2",
    "status": "extracted",
    "test_id": "22035J7",
    "unit": "1",
    "unit_original": "",
    "value": "0.849977932",
    "value_original": "0.849977932",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; initial; license not stated",
    "quote": "pinit (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=120;column=pinit (atm)",
    "status": "extracted",
    "test_id": "22035J7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "51.9175",
    "value_original": "0.51238638",
    "variable": "pressure"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; final; license not stated",
    "quote": "pfinal (atm)",
    "source_file": "psi-data/PSI-10/Experimental table/PSI-10_Experimental table_Flame Design_Inverse Flame.csv",
    "source_location": "row=120;column=pfinal (atm)",
    "status": "extracted",
    "test_id": "22035J7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "52.4691",
    "value_original": "0.51783006",
    "variable": "outcome:pressure_after_test"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Scope: Appendix C (30-day report for Increment 66), which 'comprehensively addresses both rounds of Flame Design testing' (p.42). The same sentence is also on p.33 (Appendix B, round 1).); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The challenges of normal-gravity studies are avoided by performing the tests on the International Space Station (ISS), where the non-buoyant microgravity flames allow the effects of convection direction and flame structure to be independently varied.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=44",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence derived (The abstract (Irace et al. PCI 2023, doi 10.1016/j.proci.2022.07.049, p.94) covers an unlisted subset of the ISS normal and inverse tests. Extending it to all PSI-10 tests rests on R1 (p.44 / p.42 scope).); flags: SECONDARY_SOURCE; R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "In this work, experiments aboard the International Space Station and a transient numerical model are used to investigate the existence of steady-state microgravity spherical diffusion flames. Gaseous spherical diffusion flames stabilized on a porous spherical burner are employed in normal (i.e., fuel flowing into an ambient oxidizer) and inverse (i.e., oxidizer flowing into an ambient fuel) flame configurations.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=25",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Scope: introduction of Appendix C, which covers both rounds (ethylene days and the propane day 21301).); R3 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "Flame Design is one of six independent experiments that are part of the ACME project, which used a single modular set of hardware to carry out studies of flames burning gaseous fuels in the ISS’ Combustion Integrated Rack (CIR).",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=42",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (PSI record label for the whole investigation.); R4 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "Flames of Gaseous Fuels",
    "source_file": "psi-data/PSI-10/_investigation/PSI-10.json",
    "source_location": "section=subResearchArea",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "Gaseous",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340A1",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340A2",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340B1",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340B2",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340C1",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340C2",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340C3",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340C4",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340C5",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340C6",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340C7",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340M1",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21340M2",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349A1",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349B1",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349D2",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349D3",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349M1",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349M2",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349M3",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349M4",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349M5",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349M6",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349M7",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349N1",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349N2",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349N3",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Inverse flames: the gaseous fuel is in the chamber atmosphere, not in the burner stream. GMT 340 and 349 = test days 21340 and 21349 (Table 1, p.24).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "On GMT 340 and 349, we ignited 28 inverse flames for ACME Flame Design. For these tests, we filled a combustion chamber with a mixture of nitrogen and gaseous fuel (ethylene) and then flowed a mixture of nitrogen and oxygen from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=67",
    "status": "extracted",
    "test_id": "21349N4",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-10/_investigation/PSI-10.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct; R7 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The Flame Design experiment is one of six independent experiments that make up the Advanced Combustion via Microgravity Experiments (ACME) project for which the tests were conducted within the Combustion Integrated Rack (CIR) on the International Space Station (ISS).",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (The ACME chamber insert in the CIR is shared by the six ACME experiments (CLD Flame, E-FIELD Flames, BRE, s-Flame, CFI-G, Flame Design). Round 2 used the CFI-G radiometer array (p.15). Spherical burner s/n 1003 'continued to be used for spherical flame testing throughout the remainder of ACME operations' (p.19). The CFI intensified camera was used throughout ACME testing (p.14), and CFI is an MDCA experiment that preceded ACME in the CIR (p.28). The PSI record also lists 'Combustion Integrated Rack (CIR)' under section=experimentHardware. E-FIELD Flames is an electric-field experiment, not a gravity data point.); flags: SHARED_LINEAGE; R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The Flame Design experiment is one of six independent experiments that make up the Advanced Combustion via Microgravity Experiments (ACME) project for which the tests were conducted within the Combustion Integrated Rack (CIR) on the International Space Station (ISS).",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)",
    "value_original": "Combustion Integrated Rack (CIR)",
    "variable": "platform"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115B2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115D2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115G1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115K1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115L1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115M4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115N1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19115Q1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123A2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123A3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123A4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123F2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123F3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123J1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123K1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123L1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123L2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123L3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123L4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123L5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123L6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19123L7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137F2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137F3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137G1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137H1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137J1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137K1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137K2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137L1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137L2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137L3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137L4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137L5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137L6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137L7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19137L8",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19142F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19142G1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19142G2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19142G3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19142G4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19142G5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19142J2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19142J3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150A3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150A4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150A5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150B2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150B3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150D2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150G2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150G3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150H1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150J1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150N1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19150S1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156B2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156B4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156C2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156C3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156J1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156J2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156J3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156J4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156J5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156J6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156J7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19156K1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171B3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171D2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171D3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171D4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171D5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171J1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171J2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171J3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171J4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19171S1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175A2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175A3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175A4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175B4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175B5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175B6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175B7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175B8",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175B9",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175N1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175N2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19175N3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182C2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182G1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182G2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182G3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182G6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182G7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182G8",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182G9",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182N1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182N2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182N3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19182N4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189A2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189A3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189A4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189D2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189D3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189H1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189J1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189J2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189J3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189K1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189K2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189K3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19189P1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196A2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196A3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196B2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196B3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196B4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196C2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196D2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19196N1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200A2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200A3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200A4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200A5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200A6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200A7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200A8",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200H1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200H2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200H3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19200K1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206A5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206G1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206G2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206G3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206G4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206G5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206G7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206G8",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206G9",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206H1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206H2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206H3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206H4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206K1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206K2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206L2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206L3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206L4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206L6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of normal flames, round 1 (ethylene); oxygen is balanced by nitrogen. Test days from Table 1 (p.24); day 19161 had no flames. Also p.11: 'ACME tests were not conducted with carbon dioxide as a diluent.'); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "The first-round tests featured normal flames, where gaseous fuel was ejected from a porous spherical burner into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "19206N1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301A2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301A3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301A4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301A5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301A6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301A7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301A8",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301A9",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301C2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301D2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301H1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301H2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301H3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301J1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301J2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301J3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of the normal-flame propane day; oxygen is balanced by nitrogen. First day of round 2 = 21301 (Table 1, p.24).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run); license not stated",
    "quote": "As a notable exception, the first day of testing in the second round was carried out in the normal flame configuration, with propane (with or without nitrogen) flowing into an oxygen/nitrogen atmosphere.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21301J4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "oxygen/nitrogen atmosphere",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328A2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328N1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328N2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328N3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328N4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328N5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328P1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340A2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340B2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340M1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340M2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349D2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349D3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349N1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349N2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349N3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349N4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361C2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361D2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361G1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361G2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361G3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361G4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361G5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361M1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361M2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361M3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018G1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018G2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018G3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018H2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018J1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018J2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018J4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024A2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024B2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024B3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024G1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024H1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024H2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024J1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024K1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024K2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024K3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024L1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024L2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024L3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024M2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B8",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027C2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035A1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035B1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035C1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035D1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035D3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035F1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035G1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035G2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J2",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J3",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J5",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J6",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere) of inverse flames. Here nitrogen balances the fuel (ethylene), not oxygen: the inverse-flame ambient holds the fuel. Inverse test days from Table 1 (p.24). Skipped words: '(C2H4)'.); R14 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22042M1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "mixture of nitrogen and ethylene",
    "variable": "diluent"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328A1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328A2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328D1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328N1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328N2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328N3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328N4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328N5",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21328P1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340A1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340A2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340B1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340B2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C5",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C6",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340C7",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340M1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21340M2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349A1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349B1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349D2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349D3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M5",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M6",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349M7",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349N1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349N2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349N3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21349N4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361A1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361B1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361C1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361C2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361D1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361D2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F5",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361F6",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361G1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361G2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361G3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361G4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361G5",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361M1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361M2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "21361M3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018A1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018B1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018C1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018D1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018F1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018G1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018G2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018G3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018H2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018J1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018J2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22018J4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024A1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024A2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024B1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024B2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024B3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024C1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024D1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024F1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024G1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024H1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024H2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024J1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024K1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024K2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024K3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024L1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024L2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024L3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22024M2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B5",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B6",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B7",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027B8",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027C1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027C2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D5",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22027D6",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035A1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035B1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035C1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035D1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035D3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035F1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035G1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035G2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J5",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J6",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22035J7",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Fuel of the inverse flames, which is in the chamber atmosphere. For test day 22018, one appendix sentence names the fuel bottle 'Ethane (C2H4)': see R17 and R18. Skipped words: '(C2H4)'.); R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "The inverse flame tests were conducted with the chamber filled with a mixture of nitrogen and ethylene [...] while an oxygen/nitrogen mixture flowed from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "22042M1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018A1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018B1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018C1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018D1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018F1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018G1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018G2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018G3",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018H2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018J1",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018J2",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-10",
    "acronym": "ACME/Flame Design",
    "doi": "10.60555/w4zy-bt45",
    "method": "document",
    "note": "confidence direct (Disagrees with R18 for the fuel bottle installed on 2022 Jan. 5 (GMT 005) and used next on 22018. Not resolved here.); flags: DISCREPANCY; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run); license not stated",
    "quote": "On GMT 018, we ignited 12 inverse flames for Flame Design. We performed these tests with two different ethylene concentrations in a range of oxidizer concentrations and flow rates from the burner.",
    "source_file": "psi-data/PSI-10/Reports/PSI-10_Reports_FinalRpt_ACMEFlameDesign.pdf",
    "source_location": "page=69",
    "status": "extracted",
    "test_id": "22018J4",
    "unit": "",
    "unit_original": "",
    "value": "ethylene",
    "value_original": "ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-100/Experimental table/PSI-100_Experimental table_SAFFIRE-3.csv",
    "source_location": "row=1;column=Material",
    "status": "extracted",
    "test_id": "S1",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL Fabric",
    "value_original": "SIBAL Fabric",
    "variable": "material"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "table",
    "note": "cm x 10; SIBAL thickness is given in cm here, but the shared SAFFIRE paper (Objectives, Development and Status) lists 'SIBAL fabric 0.33 mm' and SAFFIRE-II writes '037 mm'; the sources do not say which unit is right (NTRS 20180005168 Table 1, page 30, writes 0.37 mm for the SIBAL fabric of all three flights, but PSI is the source of record)",
    "quote": "Sample Thickness",
    "source_file": "psi-data/PSI-100/Experimental table/PSI-100_Experimental table_SAFFIRE-3.csv",
    "source_location": "row=1;column=Sample Thickness",
    "status": "insufficient_evidence",
    "test_id": "S1",
    "unit": "mm",
    "unit_original": "cm",
    "value": "3.3",
    "value_original": ".33 cm",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "table",
    "note": "DISCREPANCY: NTRS 20180005168 (Urban et al., ASGSR 2017) Table 1, page 30, samples III-1 and III-2 list 25 cm/s; the PSI table says 30 cm/s. PSI value kept (source of record)",
    "quote": "Air Flow ",
    "source_file": "psi-data/PSI-100/Experimental table/PSI-100_Experimental table_SAFFIRE-3.csv",
    "source_location": "row=1;column=Air Flow ",
    "status": "extracted",
    "test_id": "S1",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "30",
    "value_original": "30 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "table",
    "note": "",
    "quote": "Direction",
    "source_file": "psi-data/PSI-100/Experimental table/PSI-100_Experimental table_SAFFIRE-3.csv",
    "source_location": "row=1;column=Direction",
    "status": "extracted",
    "test_id": "S1",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent ",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-100/Experimental table/PSI-100_Experimental table_SAFFIRE-3.csv",
    "source_location": "row=2;column=Material",
    "status": "extracted",
    "test_id": "S2",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL Fabric",
    "value_original": "SIBAL Fabric",
    "variable": "material"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "table",
    "note": "cm x 10; SIBAL thickness is given in cm here, but the shared SAFFIRE paper (Objectives, Development and Status) lists 'SIBAL fabric 0.33 mm' and SAFFIRE-II writes '037 mm'; the sources do not say which unit is right (NTRS 20180005168 Table 1, page 30, writes 0.37 mm for the SIBAL fabric of all three flights, but PSI is the source of record)",
    "quote": "Sample Thickness",
    "source_file": "psi-data/PSI-100/Experimental table/PSI-100_Experimental table_SAFFIRE-3.csv",
    "source_location": "row=2;column=Sample Thickness",
    "status": "insufficient_evidence",
    "test_id": "S2",
    "unit": "mm",
    "unit_original": "cm",
    "value": "3.3",
    "value_original": ".33 cm",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "table",
    "note": "DISCREPANCY: NTRS 20180005168 (Urban et al., ASGSR 2017) Table 1, page 30, samples III-1 and III-2 list 25 cm/s; the PSI table says 30 cm/s. PSI value kept (source of record)",
    "quote": "Air Flow ",
    "source_file": "psi-data/PSI-100/Experimental table/PSI-100_Experimental table_SAFFIRE-3.csv",
    "source_location": "row=2;column=Air Flow ",
    "status": "extracted",
    "test_id": "S2",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "30",
    "value_original": "30 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "table",
    "note": "",
    "quote": "Direction",
    "source_file": "psi-data/PSI-100/Experimental table/PSI-100_Experimental table_SAFFIRE-3.csv",
    "source_location": "row=2;column=Direction",
    "status": "extracted",
    "test_id": "S2",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence ambiguous (Objective statement, not a statement of the test condition. Source term 'low-gravity'; no g-level stated; mapped to the controlled term microgravity. SHARED_LINEAGE: this text is identical to section=objective of PSI-98 (SAFFIRE-I) and to the general SAFFIRE objective in the Readme paragraph 1 and the Objectives PDF page 1; it is not independent of PSI-98, R2 or R5.); R1 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The objectives of this investigation were to: (1) determine how rapidly a large scale fire grows in low-gravity and (2) investigate the low-g flammability limits compared to those obtained in NASA’s normal gravity material flammability screening test.",
    "source_file": "psi-data/PSI-100/_investigation/PSI-100.json",
    "source_location": "section=objective",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence ambiguous (Objective statement covering SAFFIRE-I and SAFFIRE-III together, not a statement of the test condition. Source term 'low-gravity'; no g-level stated; mapped to the controlled term microgravity. The same sentence, in future tense, is on page 2 of the Objectives PDF ('The objective of the Saffire-I and III tests will be to ...'); not proposed separately because its text layer reads 'lowgravity' across a hyphenated line break.); flags: SHARED_LINEAGE; R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The specific objective of SAFFIRE-I and SAFFIRE-III tests is to determine how rapidly a large-scale fire grows in low-gravity and whether it reaches a steady-state spread rate.",
    "source_file": "psi-data/PSI-100/Science Documents/PSI-100_Science Documents_SAFFIRE-I and SAFFIRE-III Readme.docx",
    "source_location": "paragraph=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence ambiguous (Operational-requirements document specific to SAFFIRE-III, but the sentence covers Saffire-I and -III together and describes what the sample is meant to demonstrate, not a measured test condition. Sentence spans two PDF lines ('0.4 m' / 'wide'), joined with one space. Source term 'low-gravity'; no g-level stated; mapped to the controlled term microgravity.); flags: SHARED_LINEAGE; R3 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "In Saffire-I and –III, the sample material is a single large sample (approx. 0.4 m wide by 0.94 m tall) and demonstrates the development and spread of a large-scale low-gravity fire.",
    "source_file": "psi-data/PSI-100/Engineering Documents/PSI-100_Engineering Documents_SAFFIRE-III Operations.pdf",
    "source_location": "page=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence ambiguous (Research-impact summary, not a statement of the test condition; no g-level stated. In the PSI-100 record this section opens with 'The Saffire-I experiment provides a new way to study a realistic fire on an exploration vehicle', so the text was written for Saffire-I, and it speaks of 'several spacecraft materials' while section=approach names one material (SIBAL) for Saffire III.); flags: SHARED_LINEAGE; R4 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Results determine microgravity flammability limits for several spacecraft materials, help to validate NASA’s material selection criteria, and how microgravity and limited oxygen affect flame size.",
    "source_file": "psi-data/PSI-100/_investigation/PSI-100.json",
    "source_location": "section=researchImpacts",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence ambiguous (Pre-flight paper (future tense 'will conduct'; page 4 Table 4 gives Saffire-III operations as planned for 3-Mar-2017 'as of 4/30/2016'). The sentence covers Saffire-I, -II and -III together. Sentence spans five PDF lines, joined with one space. Source term 'low-gravity' mapped to microgravity.); flags: SHARED_LINEAGE; R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "This paper describes the three Spacecraft Fire Experiments (Saffire-I, -II, and -III) that were developed at NASA-GRC and that will conduct a series of material flammability tests in low-gravity and at length scales that are realistic for a spacecraft fire.",
    "source_file": "psi-data/PSI-100/Science Documents/PSI-100_Science Documents_SAFFIRE Objectives, Development and Status.pdf",
    "source_location": "page=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence derived (Phase inferred from the material name: SIBAL is described in the Readme docx paragraph 3 (R7) as 'a composite fabric consisting of cotton on a fiberglass substrate'; a fabric is a solid. The sentence does not use the word 'solid'.); flags: SHARED_LINEAGE; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "As a follow on to the Saffire 1 investigation, the Saffire III investigation also used SIBAL as the sample material.",
    "source_file": "psi-data/PSI-100/_investigation/PSI-100.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "SIBAL",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence derived (Phase inferred from the material form: a cotton-on-fiberglass fabric is a solid; the sentence does not use the word 'solid'. The sentence covers SAFFIRE-I and SAFFIRE-III together. The same sentence (with 'Saffire-I and III') is on page 2 of the Objectives PDF.); flags: SHARED_LINEAGE; R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The sample material for SAFFIRE-I and SAFFIRE-III is a composite fabric consisting of cotton on a fiberglass substrate (75% cotton, 25% fiberglass by weight).",
    "source_file": "psi-data/PSI-100/Science Documents/PSI-100_Science Documents_SAFFIRE-I and SAFFIRE-III Readme.docx",
    "source_location": "paragraph=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "composite fabric",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence direct; R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Saffire-III experiments were performed on the Orbital Science’s Cygnus resupply vehicle after it deberthed from the ISS.",
    "source_file": "psi-data/PSI-100/_investigation/PSI-100.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Cygnus resupply vehicle",
    "value_original": "Orbital Science’s Cygnus resupply vehicle",
    "variable": "platform"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence direct; R9 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Saffire III enclosure in Cygnus",
    "source_file": "psi-data/PSI-100/_investigation/PSI-100.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Cygnus",
    "value_original": "Cygnus",
    "variable": "platform"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence ambiguous (Requirement/protocol sentence (pre-launch loading step) in an operational-requirements document, not a post-flight statement; the vehicle (Cygnus) is stated as fact in section=approach (R8).); R10 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Saffire-III flight system is loaded into the Cygnus PCM and be strapped into place.",
    "source_file": "psi-data/PSI-100/Engineering Documents/PSI-100_Engineering Documents_SAFFIRE-III Operations.pdf",
    "source_location": "page=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Cygnus PCM",
    "value_original": "Cygnus PCM",
    "variable": "platform"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence ambiguous (air: oxygen balanced mainly by nitrogen. Pre-flight paper; the sentence describes the flow-duct design common to the three Saffire units, not the SAFFIRE-III test atmosphere.); flags: SHARED_LINEAGE; R12 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Air is drawn through the flow duct by fans located at the top of the duct with flow straighteners at the bottom of the experiment module.",
    "source_file": "psi-data/PSI-100/Science Documents/PSI-100_Science Documents_SAFFIRE Objectives, Development and Status.pdf",
    "source_location": "page=2",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "Air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence ambiguous (air: oxygen balanced mainly by nitrogen. Grammatically 'air' qualifies the SAFFIRE-I flow only; the SAFFIRE-III clause says 'a flow velocity' without naming the gas. Future tense (planning text). The same sentence (with 'Saffire-I' / 'Saffire-III') is on page 2 of the Objectives PDF.); flags: SHARED_LINEAGE; R13 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "SAFFIRE-I will be conducted at an air flow velocity of 20 cm/s while SAFFIRE-III will be run at a flow velocity of 30 cm/s.",
    "source_file": "psi-data/PSI-100/Science Documents/PSI-100_Science Documents_SAFFIRE-I and SAFFIRE-III Readme.docx",
    "source_location": "paragraph=3",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence derived (derived: slide 18 ('Saffire-I-III Results', Urban et al., ASGSR 2017, NTRS 20180005168) says 'low-gravity' about the large thin charring surface. Slides 14/23/30 identify that sample as the 40.6 x 94 cm cotton-fiberglass of Saffire-III (III-1) and Saffire-I. The same deck labels these burns 'µ-g' (slide 31) and 'microgravity' (slide 17). The deck reports Saffire-I and III together, so it is not independent per flight (SHARED_LINEAGE). The deck does not itself tie 'low-gravity' to Cygnus in one sentence.); flags: SHARED_LINEAGE; R101 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Flame spread over a large thin charring surface in low-gravity showed that steady flame spread was possible (unlike normal gravity)",
    "source_file": "nasa/ntrs-20180005168/20180005168.pdf",
    "source_location": "page=18",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence derived (Table 1 (NTRS 20180005168 page 30) gives '21.2 to 21.0' in column 'Δ %O2 i' for III-1, recorded as the range 21.0-21.2 %O2. The values are absolute O2 percent, not a change. Footnote i is not readable in the text layer. The PSI-99 table carries the same column with the same values as 'Percent O2 (Note 1)', with Note 1 'Derived from measured CO2 production and referenced to initial O2 concentration reported by ISS.' (PSI-99 CSV row=12): a CO2-derived estimate, not a direct O2 sensor reading. The same range is printed for III-2, so it may span the whole Saffire-III run rather than this burn alone. Mapping III-1 -> PSI-100 S1 by flow direction (the only Concurrent sample in each table). The sources conflict on flow speed (NTRS 25 cm/s, PSI-100 table 30 cm/s): do not pair this O2 with the PSI-100 flow value.); flags: UNIT_AMBIGUOUS, RANGE_NOT_POINT, SHARED_LINEAGE, SOURCE_CONFLICT; range stated in the source; percent x 0.01; R501 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Table 1.  Summary of Samples, Test Conditions, and Selected Results [...] Δ %O2 i [...] III-1 Cotton-Fiberglass 40.6 cm 0.37 mm 94 cm 25 cm/s Concurrent 21.2 to 21.0",
    "source_file": "nasa/ntrs-20180005168/20180005168.pdf",
    "source_location": "page=30",
    "status": "extracted",
    "test_id": "S1",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21..0.212",
    "value_original": "21.2 to 21.0",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-100",
    "acronym": "SAFFIRE-III",
    "doi": "10.60555/040q-4h36",
    "method": "document",
    "note": "confidence derived (Table 1 (NTRS 20180005168 page 30) gives '21.2 to 21.0' in column 'Δ %O2 i' for III-2, recorded as the range 21.0-21.2 %O2 (absolute percent). CO2-derived estimate per the matching PSI-99 Note 1; footnote i itself is not readable. Identical to III-1, so it may cover the whole Saffire-III run, and it is the same cabin atmosphere as R501, not an independent observation. Mapping III-2 -> PSI-100 S2 by flow direction (the only Opposed sample in each table); NTRS '~ 10 cm' matches the burned length 3-2 on page 31. The sources conflict on flow speed (NTRS 25 cm/s vs PSI-100 30 cm/s).); flags: UNIT_AMBIGUOUS, RANGE_NOT_POINT, SHARED_LINEAGE, SOURCE_CONFLICT; range stated in the source; percent x 0.01; R502 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Table 1.  Summary of Samples, Test Conditions, and Selected Results [...] Δ %O2 i [...] III-2 Cotton-Fiberglass 40.6 cm 0.37 mm ~ 10 cm 25 cm/s Opposed 21.2 to 21.0",
    "source_file": "nasa/ntrs-20180005168/20180005168.pdf",
    "source_location": "page=30",
    "status": "extracted",
    "test_id": "S2",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21..0.212",
    "value_original": "21.2 to 21.0",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=1;column=Sample Type",
    "status": "extracted",
    "test_id": "51",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=1;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "51",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=2;column=Sample Type",
    "status": "extracted",
    "test_id": "51a",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=2;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "51a",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=3;column=Sample Type",
    "status": "extracted",
    "test_id": "61",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=3;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "61",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=4;column=Sample Type",
    "status": "extracted",
    "test_id": "61a",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=4;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "61a",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=5;column=Sample Type",
    "status": "extracted",
    "test_id": "62",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=5;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "62",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=6;column=Sample Type",
    "status": "extracted",
    "test_id": "62a",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=6;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "62a",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=7;column=Sample Type",
    "status": "extracted",
    "test_id": "70",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=7;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "70",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=8;column=Sample Type",
    "status": "extracted",
    "test_id": "73",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=8;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "73",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=9;column=Sample Type",
    "status": "extracted",
    "test_id": "73a",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=9;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "73a",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=10;column=Sample Type",
    "status": "extracted",
    "test_id": "75",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=10;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "75",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=11;column=Sample Type",
    "status": "extracted",
    "test_id": "75a",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=11;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "75a",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=12;column=Sample Type",
    "status": "extracted",
    "test_id": "77",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=12;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "77",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=13;column=Sample Type",
    "status": "extracted",
    "test_id": "77a",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
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  {
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  {
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  {
    "accession": "PSI-101",
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    "accession": "PSI-101",
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  {
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    "accession": "PSI-101",
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    "accession": "PSI-101",
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    "accession": "PSI-101",
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  {
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  {
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  {
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  {
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  {
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    "accession": "PSI-101",
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  {
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    "accession": "PSI-101",
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    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=106;column=Sample Type",
    "status": "extracted",
    "test_id": "97a",
    "unit": "",
    "unit_original": "",
    "value": "Pyrell",
    "value_original": "Pyrell",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=106;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "97a",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "0",
    "value_original": "0",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=107;column=Sample Type",
    "status": "extracted",
    "test_id": "107",
    "unit": "",
    "unit_original": "",
    "value": "Pyrell",
    "value_original": "Pyrell",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=107;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "107",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "1",
    "value_original": "1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=108;column=Sample Type",
    "status": "extracted",
    "test_id": "107a",
    "unit": "",
    "unit_original": "",
    "value": "Pyrell",
    "value_original": "Pyrell",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=108;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "107a",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "1",
    "value_original": "1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "",
    "quote": "Sample Type",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=109;column=Sample Type",
    "status": "extracted",
    "test_id": "113",
    "unit": "",
    "unit_original": "",
    "value": "Pyrell",
    "value_original": "Pyrell",
    "variable": "material"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "table",
    "note": "inlet flow over the heated sample (smoke generation)",
    "quote": "Inlet velocity (cm/s)",
    "source_file": "psi-data/PSI-101/Experimental table/PSI-101_Experimental table_SAME-R.csv",
    "source_location": "row=109;column=Inlet velocity (cm/s)",
    "status": "extracted",
    "test_id": "113",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "2",
    "value_original": "2",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "document",
    "note": "confidence direct (The source term is 'low-gravity', mapped to the controlled value microgravity. The sentence is about the smoke produced in the SAMER flight tests (section D of the report, an excerpt of the authors' SAME-2 paper; the same sentence is in Appendix F, page=82). '*' means the flight tests of the Appendix A test matrix (pages 31-49), which are the tests in the PSI tables. The post-flight ground tests are separate records (R3, R4). NOT A FLAME: a wire heated the samples below the ignition point and the smoke came from pyrolysis. Appendix F page=72: 'were heated to temperatures below the ignition point'. Page=8: 'As the samples are heated by the wire, chemical bonds are broken and gaseous products are released via pyrolysis.' Not used as gravity evidence: the PSI label projectType 'Microgravity Investigation' and the platform statements ('on orbit', 'uploaded to ISS').); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Key parameters affecting the smoke properties of the smoke produced here are the low-gravity condition, the convective flow past the heated wire, the wire temperature, and the aging time.",
    "source_file": "psi-data/PSI-101/Reports/PSI-101_Reports_SAME-R_Final Report.pdf",
    "source_location": "page=8",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "document",
    "note": "confidence ambiguous (This sentence states an objective, not the condition of the tests, so it only supports R1. 'liquid smoke particulate' and 'droplet' describe the smoke aerosol, not the sample; see R5 and R6 for the sample phase.); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Similar to the original SAME investigation, the primary objective of the SAME-R investigation was to quantify the sizes that the liquid smoke particulate achieves in low gravity and to relate the droplet size distribution to the smoke generation and smoke transport conditions in the experiment.",
    "source_file": "psi-data/PSI-101/_investigation/PSI-101.json",
    "source_location": "section=objective",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "document",
    "note": "confidence direct (The sentence comes from the section 'SAME heater temperature modeling' (pages 26-28), which page=26 applies to both investigations ('For SAME and SAMER, during a test, the software controls the temperature via the resistance of heating wire.'). The samples were heated, not burned (see R1 derivation and R6). Caveat for the auditor: page=4 (repeated on page=78) lists '6 materials' that include 'dibutyl-phthalate deposited on a porous wick', a liquid on a wick. But page=2 says Pyrell 'was introduced to replace DBP samples', and the Appendix A test matrix (pages 31-49) lists only Silicone, Lampwick, Teflon, Kapton and Pyrell. No SAME-R test in the matrix uses DBP. Not resolved further here.); flags: SHARED_LINEAGE; R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "For part 2, only about the half of the wire surface is exposed to air. The other half is in contact with the solid sample.",
    "source_file": "psi-data/PSI-101/Reports/PSI-101_Reports_SAME-R_Final Report.pdf",
    "source_location": "page=27",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid sample",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "document",
    "note": "confidence derived (Inferred from the material names: all five are solid materials (Teflon, Kapton, cotton/lamp wick, silicone rubber, and Pyrell, which the record approach calls 'an intumescent fire-retardant foam'). The same sentence says the samples were heated below the ignition point. They were pyrolyzed, not burned with a flame. Source: Appendix F abstract (SAME-2 paper = SAME-R).); R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Five different materials representative of those found in spacecraft (Teflon, Kapton, cotton, silicone rubber and Pyrell) were heated to temperatures below the ignition point with conditions controlled to provide repeatable sample surface temperatures and air flow.",
    "source_file": "psi-data/PSI-101/Reports/PSI-101_Reports_SAME-R_Final Report.pdf",
    "source_location": "page=72",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Teflon, Kapton, cotton, silicone rubber and Pyrell",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "document",
    "note": "confidence direct (PSI field label (not a sentence); corroborated by R8.); R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-101/_investigation/PSI-101.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "document",
    "note": "confidence direct (Also on page=3: 'In addition to those preloaded carousels, thirty loose samples were also uploaded to ISS.'); R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Six re-assembled Thermal Precipitators, each having 12 TEM grids in it, were uploaded to ISS for SAMER.",
    "source_file": "psi-data/PSI-101/Reports/PSI-101_Reports_SAME-R_Final Report.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "ISS",
    "variable": "platform"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "document",
    "note": "confidence derived (The sentence is about the SAME-R zero-flow tests. Smoke escaping 'into the MSG volume' implies the hardware ran inside the MSG. The abbreviation is expanded as 'Microgravity Science Glovebox (MSG)' on page=2. Appendix F page=75 says it directly for SAME (both flights): 'The system was installed in the Microgravity Science Glovebox (MSG), an ISS facility...'. That page's text layer is fragmented into columns, so it was not used as the quote.); R9 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "An unfortunate side effect was that approximately half the smoke was lost from the system because it diffused out of the inlet into the MSG volume.",
    "source_file": "psi-data/PSI-101/Reports/PSI-101_Reports_SAME-R_Final Report.pdf",
    "source_location": "page=9",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Microgravity Science Glovebox (MSG)",
    "value_original": "MSG",
    "variable": "platform"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "document",
    "note": "confidence derived (The sentence states the MSG location for the original SAME flight (2007), not for SAME-R. Applying it to SAME-R rests on page=3: 'SAME-R utilized the SAME hardware already on orbit with reloaded sample carousels, 30 extra loose samples, rebuilt thermal precipitators and refilled alcohol cartridge for P-trak use.'); flags: SHARED_LINEAGE; R10 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "SAMER is an extension or continuation of Smoke Aerosol Measurement Experiment (SAME), which was conducted in the Microgravity Science Glovebox (MSG) onboard the International Space Station (ISS) from September 9 to October 5, 2007.",
    "source_file": "psi-data/PSI-101/Reports/PSI-101_Reports_SAME-R_Final Report.pdf",
    "source_location": "page=2",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Microgravity Science Glovebox (MSG)",
    "value_original": "Microgravity Science Glovebox (MSG)",
    "variable": "platform"
  },
  {
    "accession": "PSI-101",
    "acronym": "SAME-R",
    "doi": "10.60555/2np7-jv14",
    "method": "document",
    "note": "confidence derived (air: oxygen balanced mainly by nitrogen. The gas past the heated sample is air, including the no-flow cases. Appendix F page=72 says 'The air flow past the sample during the heating period ranged from quiescent to 8 cm/s.' The air composition is not stated. Do NOT use the N2 on page=25 ('the aerosol stream was diluted with the N2 gas provided by the ISS'). That N2 dilutes the smoke sample downstream for the P-Trak and DustTrak instruments; it is not the gas around the sample.); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The test conditions included multiple sample temperatures and air flow rates.",
    "source_file": "psi-data/PSI-101/Reports/PSI-101_Reports_SAME-R_Final Report.pdf",
    "source_location": "page=4",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "",
    "quote": "Sample Material  ",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=1;column=Sample Material  ",
    "status": "extracted",
    "test_id": "1",
    "unit": "",
    "unit_original": "",
    "value": "Teflon",
    "value_original": "Teflon",
    "variable": "material"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "planned test matrix, not the flown log (see SUMMARY.md); air flow over the heated sample",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=1;column=Air Flow (cm/s)",
    "status": "insufficient_evidence",
    "test_id": "1",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "",
    "quote": "Sample Material  ",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=2;column=Sample Material  ",
    "status": "extracted",
    "test_id": "2",
    "unit": "",
    "unit_original": "",
    "value": "Teflon",
    "value_original": "Teflon",
    "variable": "material"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "planned test matrix, not the flown log (see SUMMARY.md); air flow over the heated sample",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=2;column=Air Flow (cm/s)",
    "status": "insufficient_evidence",
    "test_id": "2",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "",
    "quote": "Sample Material  ",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=3;column=Sample Material  ",
    "status": "extracted",
    "test_id": "3",
    "unit": "",
    "unit_original": "",
    "value": "Teflon",
    "value_original": "Teflon",
    "variable": "material"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "planned test matrix, not the flown log (see SUMMARY.md); air flow over the heated sample",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=3;column=Air Flow (cm/s)",
    "status": "insufficient_evidence",
    "test_id": "3",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "",
    "quote": "Sample Material  ",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=4;column=Sample Material  ",
    "status": "extracted",
    "test_id": "4",
    "unit": "",
    "unit_original": "",
    "value": "Teflon",
    "value_original": "Teflon",
    "variable": "material"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "planned test matrix, not the flown log (see SUMMARY.md); air flow over the heated sample",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=4;column=Air Flow (cm/s)",
    "status": "insufficient_evidence",
    "test_id": "4",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "10",
    "value_original": "10",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "cell continues: same conditions as 1-4",
    "quote": "Sample Material  ",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=5;column=Sample Material  ",
    "status": "extracted",
    "test_id": "5",
    "unit": "",
    "unit_original": "",
    "value": "Kapton",
    "value_original": "Kapton",
    "variable": "material"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "cell continues: same conditions as 1-4",
    "quote": "Sample Material  ",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=6;column=Sample Material  ",
    "status": "extracted",
    "test_id": "6",
    "unit": "",
    "unit_original": "",
    "value": "Silicone Rubber",
    "value_original": "Silicone Rubber",
    "variable": "material"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "cell continues: same conditions as 1-4",
    "quote": "Sample Material  ",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=7;column=Sample Material  ",
    "status": "extracted",
    "test_id": "7",
    "unit": "",
    "unit_original": "",
    "value": "Lampwick",
    "value_original": "Lampwick",
    "variable": "material"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "table",
    "note": "cell continues: same conditions as 1-4",
    "quote": "Sample Material  ",
    "source_file": "psi-data/PSI-102/Experimental table/PSI-102_Experimental table_SAME.csv",
    "source_location": "row=8;column=Sample Material  ",
    "status": "extracted",
    "test_id": "8",
    "unit": "",
    "unit_original": "",
    "value": "Dibutyl Phthalate",
    "value_original": "Dibutyl Phthalate",
    "variable": "material"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Abstract of Appendix C of the Final Report (the 2009 AIAA paper, listed as 'Paper AIAA-2009-956' in the Publication List on page 31), by the SAME team about the SAME flight. Sentence spans two PDF lines, joined with one space. Source term 'low-gravity'; no g-level stated anywhere; mapped to the controlled term microgravity. 'by overheating' = samples heated, not burned (see R7). test_id: flight tests listed in Appendix A (page 33); does not cover the 1-g ground comparison runs (R4-R6). PDF page numbers here are 1-based file indices (page 43 = printed C-1); page-by-page reading failed, so the PDF was read whole.); R1 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Smoke particle size measurements were obtained under low-gravity conditions by overheating several materials typical of those found in spacecraft.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=43",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Conclusion of Appendix E of the Final Report (the 2008 AIAA paper, 'Paper AIAA-2008-0806' in the Publication List on page 31). Typo '50% large' kept as printed. Sentence spans three PDF lines, joined with single spaces. Source term 'low-gravity'; no g-level stated; mapped to microgravity. The 'normal gravity' half of the sentence refers to the ground comparison tests (R4).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Smoke particulate produced in low-gravity was found to be typically 50% large in count mean diameter than similar conditions in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=66",
    "status": "extracted",
    "test_id": "1",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Conclusion of Appendix E of the Final Report (the 2008 AIAA paper, 'Paper AIAA-2008-0806' in the Publication List on page 31). Typo '50% large' kept as printed. Sentence spans three PDF lines, joined with single spaces. Source term 'low-gravity'; no g-level stated; mapped to microgravity. The 'normal gravity' half of the sentence refers to the ground comparison tests (R4).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Smoke particulate produced in low-gravity was found to be typically 50% large in count mean diameter than similar conditions in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=66",
    "status": "extracted",
    "test_id": "2",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Conclusion of Appendix E of the Final Report (the 2008 AIAA paper, 'Paper AIAA-2008-0806' in the Publication List on page 31). Typo '50% large' kept as printed. Sentence spans three PDF lines, joined with single spaces. Source term 'low-gravity'; no g-level stated; mapped to microgravity. The 'normal gravity' half of the sentence refers to the ground comparison tests (R4).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Smoke particulate produced in low-gravity was found to be typically 50% large in count mean diameter than similar conditions in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=66",
    "status": "extracted",
    "test_id": "3",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Conclusion of Appendix E of the Final Report (the 2008 AIAA paper, 'Paper AIAA-2008-0806' in the Publication List on page 31). Typo '50% large' kept as printed. Sentence spans three PDF lines, joined with single spaces. Source term 'low-gravity'; no g-level stated; mapped to microgravity. The 'normal gravity' half of the sentence refers to the ground comparison tests (R4).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Smoke particulate produced in low-gravity was found to be typically 50% large in count mean diameter than similar conditions in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=66",
    "status": "extracted",
    "test_id": "4",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Conclusion of Appendix E of the Final Report (the 2008 AIAA paper, 'Paper AIAA-2008-0806' in the Publication List on page 31). Typo '50% large' kept as printed. Sentence spans three PDF lines, joined with single spaces. Source term 'low-gravity'; no g-level stated; mapped to microgravity. The 'normal gravity' half of the sentence refers to the ground comparison tests (R4).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Smoke particulate produced in low-gravity was found to be typically 50% large in count mean diameter than similar conditions in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=66",
    "status": "extracted",
    "test_id": "5",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Conclusion of Appendix E of the Final Report (the 2008 AIAA paper, 'Paper AIAA-2008-0806' in the Publication List on page 31). Typo '50% large' kept as printed. Sentence spans three PDF lines, joined with single spaces. Source term 'low-gravity'; no g-level stated; mapped to microgravity. The 'normal gravity' half of the sentence refers to the ground comparison tests (R4).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Smoke particulate produced in low-gravity was found to be typically 50% large in count mean diameter than similar conditions in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=66",
    "status": "extracted",
    "test_id": "6",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Conclusion of Appendix E of the Final Report (the 2008 AIAA paper, 'Paper AIAA-2008-0806' in the Publication List on page 31). Typo '50% large' kept as printed. Sentence spans three PDF lines, joined with single spaces. Source term 'low-gravity'; no g-level stated; mapped to microgravity. The 'normal gravity' half of the sentence refers to the ground comparison tests (R4).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Smoke particulate produced in low-gravity was found to be typically 50% large in count mean diameter than similar conditions in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=66",
    "status": "extracted",
    "test_id": "7",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence ambiguous (Objective statement, not a statement of the test condition (brief rule 3). Source term 'low gravity'; no g-level. Proposed only because the record text is the first source; R1 and R2 state the condition as fact. section=hypothesis ('In a μg environment, ...') is a hypothesis and section=projectType ('Microgravity Investigation') is a category label; neither was proposed.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "One of the major goals of this investigation was to quantify the sizes that the liquid smoke particulate achieves in low gravity and to relate the droplet size distribution to the smoke generation and smoke transport conditions in the experiment.",
    "source_file": "psi-data/PSI-102/_investigation/PSI-102.json",
    "source_location": "section=objective",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (The '4 solid materials' are the rows of Table 1 on the same page: Silicone Rubber, Teflon, Lamp wick, Kapton. test_id = the Appendix A rows (page 33) whose Sample Type is Silicone, Teflon, Lampwick or Kapton (25 tests). NOT A FLAME: the samples were heated below the ignition point, not burned. Final Report page 3: 'In order to simulate the detection of a pre-fire overheated-material event, samples were heated to temperatures below the ignition point.' Page 35: 'were pyrolyzed at temperatures below the ignition point'. The record's section=approach speaks of an 'igniter' and a 'combustion event'; the Final Report does not describe ignition for SAME ('igniter' may only name the heater wire: Engineering Documents filenames, not opened, say 'Ignitor Wire Coil Assembly').); R7 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Values of D0.5 were calculated directly from the calibrated signals from the P-Trak and the Ion sensor and are shown in Table 1 for the baseline runs of the 4 solid materials with the percentage increase over the sizes from a comparable test in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (The '4 solid materials' are the rows of Table 1 on the same page: Silicone Rubber, Teflon, Lamp wick, Kapton. test_id = the Appendix A rows (page 33) whose Sample Type is Silicone, Teflon, Lampwick or Kapton (25 tests). NOT A FLAME: the samples were heated below the ignition point, not burned. Final Report page 3: 'In order to simulate the detection of a pre-fire overheated-material event, samples were heated to temperatures below the ignition point.' Page 35: 'were pyrolyzed at temperatures below the ignition point'. The record's section=approach speaks of an 'igniter' and a 'combustion event'; the Final Report does not describe ignition for SAME ('igniter' may only name the heater wire: Engineering Documents filenames, not opened, say 'Ignitor Wire Coil Assembly').); R7 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Values of D0.5 were calculated directly from the calibrated signals from the P-Trak and the Ion sensor and are shown in Table 1 for the baseline runs of the 4 solid materials with the percentage increase over the sizes from a comparable test in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (The '4 solid materials' are the rows of Table 1 on the same page: Silicone Rubber, Teflon, Lamp wick, Kapton. test_id = the Appendix A rows (page 33) whose Sample Type is Silicone, Teflon, Lampwick or Kapton (25 tests). NOT A FLAME: the samples were heated below the ignition point, not burned. Final Report page 3: 'In order to simulate the detection of a pre-fire overheated-material event, samples were heated to temperatures below the ignition point.' Page 35: 'were pyrolyzed at temperatures below the ignition point'. The record's section=approach speaks of an 'igniter' and a 'combustion event'; the Final Report does not describe ignition for SAME ('igniter' may only name the heater wire: Engineering Documents filenames, not opened, say 'Ignitor Wire Coil Assembly').); R7 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Values of D0.5 were calculated directly from the calibrated signals from the P-Trak and the Ion sensor and are shown in Table 1 for the baseline runs of the 4 solid materials with the percentage increase over the sizes from a comparable test in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "3",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (The '4 solid materials' are the rows of Table 1 on the same page: Silicone Rubber, Teflon, Lamp wick, Kapton. test_id = the Appendix A rows (page 33) whose Sample Type is Silicone, Teflon, Lampwick or Kapton (25 tests). NOT A FLAME: the samples were heated below the ignition point, not burned. Final Report page 3: 'In order to simulate the detection of a pre-fire overheated-material event, samples were heated to temperatures below the ignition point.' Page 35: 'were pyrolyzed at temperatures below the ignition point'. The record's section=approach speaks of an 'igniter' and a 'combustion event'; the Final Report does not describe ignition for SAME ('igniter' may only name the heater wire: Engineering Documents filenames, not opened, say 'Ignitor Wire Coil Assembly').); R7 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Values of D0.5 were calculated directly from the calibrated signals from the P-Trak and the Ion sensor and are shown in Table 1 for the baseline runs of the 4 solid materials with the percentage increase over the sizes from a comparable test in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (The '4 solid materials' are the rows of Table 1 on the same page: Silicone Rubber, Teflon, Lamp wick, Kapton. test_id = the Appendix A rows (page 33) whose Sample Type is Silicone, Teflon, Lampwick or Kapton (25 tests). NOT A FLAME: the samples were heated below the ignition point, not burned. Final Report page 3: 'In order to simulate the detection of a pre-fire overheated-material event, samples were heated to temperatures below the ignition point.' Page 35: 'were pyrolyzed at temperatures below the ignition point'. The record's section=approach speaks of an 'igniter' and a 'combustion event'; the Final Report does not describe ignition for SAME ('igniter' may only name the heater wire: Engineering Documents filenames, not opened, say 'Ignitor Wire Coil Assembly').); R7 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Values of D0.5 were calculated directly from the calibrated signals from the P-Trak and the Ion sensor and are shown in Table 1 for the baseline runs of the 4 solid materials with the percentage increase over the sizes from a comparable test in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "5",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (The '4 solid materials' are the rows of Table 1 on the same page: Silicone Rubber, Teflon, Lamp wick, Kapton. test_id = the Appendix A rows (page 33) whose Sample Type is Silicone, Teflon, Lampwick or Kapton (25 tests). NOT A FLAME: the samples were heated below the ignition point, not burned. Final Report page 3: 'In order to simulate the detection of a pre-fire overheated-material event, samples were heated to temperatures below the ignition point.' Page 35: 'were pyrolyzed at temperatures below the ignition point'. The record's section=approach speaks of an 'igniter' and a 'combustion event'; the Final Report does not describe ignition for SAME ('igniter' may only name the heater wire: Engineering Documents filenames, not opened, say 'Ignitor Wire Coil Assembly').); R7 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Values of D0.5 were calculated directly from the calibrated signals from the P-Trak and the Ion sensor and are shown in Table 1 for the baseline runs of the 4 solid materials with the percentage increase over the sizes from a comparable test in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (The '4 solid materials' are the rows of Table 1 on the same page: Silicone Rubber, Teflon, Lamp wick, Kapton. test_id = the Appendix A rows (page 33) whose Sample Type is Silicone, Teflon, Lampwick or Kapton (25 tests). NOT A FLAME: the samples were heated below the ignition point, not burned. Final Report page 3: 'In order to simulate the detection of a pre-fire overheated-material event, samples were heated to temperatures below the ignition point.' Page 35: 'were pyrolyzed at temperatures below the ignition point'. The record's section=approach speaks of an 'igniter' and a 'combustion event'; the Final Report does not describe ignition for SAME ('igniter' may only name the heater wire: Engineering Documents filenames, not opened, say 'Ignitor Wire Coil Assembly').); R7 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Values of D0.5 were calculated directly from the calibrated signals from the P-Trak and the Ion sensor and are shown in Table 1 for the baseline runs of the 4 solid materials with the percentage increase over the sizes from a comparable test in normal gravity.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "7",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Liquid dibutyl phthalate (DBP) held in a solid cotton lampwick; DBP was the reference material. test_id = the Appendix A rows (Final Report page 33) whose Sample Type is DBP (22 tests, including reheats). This is a pre-flight design document (June 2005, Rev A, 'PDR design maturity level' per page 5); the Final Report confirms the flight form on page 3: 'A fifth material, dibutyl-phthalate (DBP) retained in a cotton wick was used as a reference.' NOT A FLAME: the wire coil supplies heat; samples were heated below the ignition point (see R7). Sentence spans five PDF lines, joined with single spaces; page 11 = printed page 7.); flags: SHARED_LINEAGE; R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The samples themselves are composed of five (5) materials: Teflon, Kapton, Silicone, Cellulose and DiButyl Phthalate (which being a liquid, is contained within a small section of cotton lampwick) in small, cylindrical sections, that are wrapped with coils of wire (baseline: stainless steel) that both provides the heat energy to the sample when energized and measures its temperature (by its varying resistance).",
    "source_file": "psi-data/PSI-102/Science Documents/PSI-102_Science Documents_SAME_Baseline Concept Description Doc.pdf",
    "source_location": "page=11",
    "status": "extracted",
    "test_id": "8",
    "unit": "",
    "unit_original": "",
    "value": "liquid",
    "value_original": "liquid",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Page 24 = printed page 14 (Section 4, Flight Tests). Sentence spans two PDF lines, joined with one space. Platform only; not used for gravity_regime.); R9 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The SAME tests were performed on board ISS in September and early October of 2007.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=24",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "ISS",
    "variable": "platform"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (Page 20 = printed page 10. Sentence spans three PDF lines, joined with single spaces. Platform only; not used for gravity_regime. SHARED_LINEAGE: the caller states SAME-R reuses the SAME hardware; not stated in the sources read.); flags: SHARED_LINEAGE; R10 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The system was installed in the Microgravity Science Glovebox, an ISS facility that provides many resources including: containment, power, data, video and uplink commanding.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=20",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Microgravity Science Glovebox",
    "value_original": "Microgravity Science Glovebox",
    "variable": "platform"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence direct (PSI flight-program label. Consistent with R9 (tests performed on board ISS).); R11 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-102/_investigation/PSI-102.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-102",
    "acronym": "SAME",
    "doi": "10.60555/gd4k-8h62",
    "method": "document",
    "note": "confidence derived (air: oxygen balanced mainly by nitrogen. The sources read do not state the composition of this air. Do not confuse with two other gases in the documents: (1) the 'diluent flow' of the Dynamic Diluter (Baseline doc page 10) and the 'DiluitonGas' in the hardware schematic (Final Report page 20, Figure 4) dilute the smoke sample on its way to the instruments; that gas is not named; (2) GN2 is listed as an MSG fluids resource (Baseline doc page 9) used 'for the experiment process and as systems to power its devices' (page 11); no source read says it flows over the sample. Sentence spans six PDF lines, joined with single spaces; page 21 = printed page 11. SHARED_LINEAGE: same hardware reused by SAME-R per the caller; not stated in the sources read.); flags: SHARED_LINEAGE; R12 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For each test, a new sample was moved into place by rotating one of the six sample chambers in the carousel into the flow duct and the sample heating and the flow were synchronized to provide a steady air stream over the sample during the heating interval.",
    "source_file": "psi-data/PSI-102/Reports/PSI-102_Reports_SAME_Final Science Report.pdf",
    "source_location": "page=21",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=1;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-FEB-09",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=2;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-FEB-13",
    "unit": "",
    "unit_original": "",
    "value": "40% CH4 (balance N2) including 2 pyrometry calibration tests and 2 fan calibrations",
    "value_original": "40% CH4 (balance N2) including 2 pyrometry calibration tests and 2 fan calibrations",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=3;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-FEB-17",
    "unit": "",
    "unit_original": "",
    "value": "70% CH4 (balance N2) including 1 pyrometry calibration test",
    "value_original": "70% CH4 (balance N2) including 1 pyrometry calibration test",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=4;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-FEB-20",
    "unit": "",
    "unit_original": "",
    "value": "20% C2H4 (balance N2)",
    "value_original": "20% C2H4 (balance N2)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=5;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-FEB-27",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=6;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-MAR-01",
    "unit": "",
    "unit_original": "",
    "value": "40% CH4 (balance N2)",
    "value_original": "40% CH4 (balance N2)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=7;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-MAR-05",
    "unit": "",
    "unit_original": "",
    "value": "70% CH4 (balance N2) where the fuel bottle was not emptied (in contrast to most days)",
    "value_original": "70% CH4 (balance N2) where the fuel bottle was not emptied (in contrast to most days)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=8;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-MAR-09",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H6",
    "value_original": "100% C2H6",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=9;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-MAR-12",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": " 100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=10;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-MAR-15",
    "unit": "",
    "unit_original": "",
    "value": "20% C2H4 (balance N2)",
    "value_original": " 20% C2H4 (balance N2)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=11;column=Fuel Type",
    "status": "extracted",
    "test_id": "2012-MAR-19",
    "unit": "",
    "unit_original": "",
    "value": "70% CH4 (balance N2) including 1 pyrometry calibration test and 2 fan calibrations",
    "value_original": "70% CH4 (balance N2) including 1 pyrometry calibration test and 2 fan calibrations",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "table",
    "note": "the date cell says this day was SPICE testing",
    "quote": "Fuel Type",
    "source_file": "psi-data/PSI-106/Experimental table/PSI-106_Experimental table_Slice.csv",
    "source_location": "row=12;column=Fuel Type",
    "status": "insufficient_evidence",
    "test_id": "2012-MAR-23",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence ambiguous (Objective statement, not a sentence stating the gravity condition of the tests. Same section, item 4: 'Quantify the effects of microgravity on flame length and radiative heat loss compared to normal gravity conditions.'; section=hypothesis: 'The hypothesis is that the structure and stability of laminar diffusion flames in microgravity are significantly influenced by [...]'. Not used as gravity evidence: section=flightProgram 'International Space Station (ISS)' (platform) and section=projectType 'Microgravity Investigation' (a label). No sentence in either source states that the SLICE tests were conducted in microgravity.); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Objective: The objective of this investigation is to better understand the structure and stability of laminar diffusion flames in microgravity.",
    "source_file": "psi-data/PSI-106/_investigation/PSI-106.json",
    "source_location": "section=objective",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence ambiguous (Purpose statement in a NASA Glenn fact sheet outside PSI. The fact sheet describes SLICE in the future tense (e.g. page 2: 'SLICE will include testing where the fuel flow is fixed [...]'), i.e. as planned, not as run. Sentence spans three PDF lines (joined with one space). Not used: page 2 'exploratory testing that has already been conducted on orbit' (platform wording, and it refers to the SPICE hardware, not to SLICE tests); page 1 'Microgravity testing allows for greater temporal and spatial scales and a broader range of flame characteristics than can be achieved in normal gravity.' (general statement, not about these tests).); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "As part of this aim, an important purpose of the SLICE investigation is to conduct preliminary microgravity studies that will maximize the scientific return of the subsequent CLD Flame experiment and mitigate associated risks.",
    "source_file": "nasa/glenn-factsheet-slice/structure-liftoff-in-combustion-experiment-slice.pdf",
    "source_location": "page=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence derived (Inferred from the fuel names (methane and ethylene are gases); the sentence does not name the phase. Fuel identities are not extracted here (they are in the PSI table).); R3 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "This setup used several fuels such as methane, ethylene, and nitrogen-diluted mixtures.",
    "source_file": "psi-data/PSI-106/_investigation/PSI-106.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "methane, ethylene",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence derived (The sentence names the SLICE fuel supply as 'gas bottles' (a container term, in a planning statement); gaseous fuel at the jet nozzle follows from a gas-bottle supply to a gas-jet burner and agrees with R3 (methane, ethylene).); R4 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "In terms of the experimental hardware, the only additional requirements for SLICE are more fuel (i.e., gas bottles), recording media, and minor hardware elements such as new nozzle(s).",
    "source_file": "nasa/glenn-factsheet-slice/structure-liftoff-in-combustion-experiment-slice.pdf",
    "source_location": "page=2",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gas bottles",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence direct (Vehicle (field value, not a sentence). The record text does not name a facility inside the ISS.); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-106/_investigation/PSI-106.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence derived (The first sentence places the SPICE hardware in the ISS MSG; SLICE uses that hardware (second sentence, and page 1: 'The SLICE experiment uses SPICE hardware which was based directly on the earlier ELF hardware.'). So the facility is stated for SPICE and carried to SLICE through the shared hardware (SPICE). The acronym MSG is not expanded in either source, so the value is kept as written. Fact sheet outside PSI, future tense (see R2). Sentences span four PDF lines (joined with one space).); flags: SHARED_LINEAGE; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The SPICE hardware is within the ISS MSG in the image to the right. While the SPICE investigation has been specifically focused on a study of soot production and oxidation within flames, the hardware can be used without modification to conduct the SLICE experiment.",
    "source_file": "nasa/glenn-factsheet-slice/structure-liftoff-in-combustion-experiment-slice.pdf",
    "source_location": "page=2",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "ISS MSG",
    "value_original": "ISS MSG",
    "variable": "platform"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence derived (air: oxygen balanced mainly by nitrogen. STREAM: coflow (the oxidizer stream around the fuel jet). Separate note, NOT the ambient diluent: the 'nitrogen-diluted mixtures' (same section) and 'fuel dilution with nitrogen' (section=objective, item 3) are in the FUEL stream; fuel mixtures are in the PSI table and are not extracted here.); R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Flames were then manually ignited and observed under controlled coflow air conditions.",
    "source_file": "psi-data/PSI-106/_investigation/PSI-106.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence derived (air: oxygen balanced mainly by nitrogen. STREAM: coflow. The 'nitrogen dilutions of each fuel' in the same sentence are in the FUEL stream, not the ambient. Lead-in line of the 'Objectives' list (ends with a colon in the source); spans two PDF lines (joined with one space). Fact sheet outside PSI, future tense (see R2).); R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "For diffusion flames of methane, ethylene, and selected nitrogen dilutions of each fuel burning in a coflow of air:",
    "source_file": "nasa/glenn-factsheet-slice/structure-liftoff-in-combustion-experiment-slice.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence direct (Section=hypothesis also names 'coflow velocity' as a variable.); R9 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Flames were then manually ignited and observed under controlled coflow air conditions.",
    "source_file": "psi-data/PSI-106/_investigation/PSI-106.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "coflow",
    "value_original": "coflow",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence direct (Lead-in line of the 'Objectives' list (ends with a colon in the source); spans two PDF lines (joined with one space). Fact sheet outside PSI, future tense (see R2). Page 2 adds that the SPICE hardware 'was built to allow studies of coflow laminar diffusion flames'.); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "For diffusion flames of methane, ethylene, and selected nitrogen dilutions of each fuel burning in a coflow of air:",
    "source_file": "nasa/glenn-factsheet-slice/structure-liftoff-in-combustion-experiment-slice.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "coflow",
    "value_original": "coflow",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-106",
    "acronym": "SLICE",
    "doi": "10.60555/pm12-rg61",
    "method": "document",
    "note": "confidence ambiguous (Program-level sentence in the NASA ISS Researcher's Guide (2015), page 45. 'Microgravity' qualifies the research program and 'in the MSG facility' is a platform; neither states the gravity level of the SLICE tests. Same sentence names SAME, SPICE and BASS; SLICE uses the SPICE hardware/MSG flow duct shared with BASS (guide page 14) (SHARED_LINEAGE).); flags: SHARED_LINEAGE; R101 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The microgravity combustion research program has conducted the SAME project in 2007 and 2010, SPICE project in 2009, SLICE project in 2012, and has been running the BASS experiments since 2012 in the MSG facility.",
    "source_file": "nasa/iss-combustion-guide-2015/np-2015-10-034-jsc_combustion_in_reduced_gravity-iss-mini-book-011116-508.pdf",
    "source_location": "page=45",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=1;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 14:37:08",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=1;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 14:37:08",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "36.39",
    "value_original": "36.39",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=2;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 14:37:08",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=2;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 14:37:08",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "36.39",
    "value_original": "36.39",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=3;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 14:50:07",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=3;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 14:50:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=4;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 14:50:07",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=4;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 14:50:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=5;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 15:35:44",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=5;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 15:35:44",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "57.08",
    "value_original": "57.08",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=6;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 15:35:44",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=6;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 15:35:44",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "57.08",
    "value_original": "57.08",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=7;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 15:35:44",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=7;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 15:35:44",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "57.08",
    "value_original": "57.08",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=8;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 15:42:22",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=8;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 15:42:22",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "58.02",
    "value_original": "58.02",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=9;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 15:42:22",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=9;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 15:42:22",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "58.02",
    "value_original": "58.02",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=10;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 15:48:39",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=10;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 15:48:39",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "17.59",
    "value_original": "17.59",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=11;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 15:48:39",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=11;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 15:48:39",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "17.59",
    "value_original": "17.59",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=12;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 15:50:59",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=12;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 15:50:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=13;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 15:50:59",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=13;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 15:50:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=14;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:11:46",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=14;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:11:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "33.57",
    "value_original": "33.57",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=15;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:11:46",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=15;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:11:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "33.57",
    "value_original": "33.57",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=16;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:15:05",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=16;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:15:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "34.51",
    "value_original": "34.51",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=17;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:15:05",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=17;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:15:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=18;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:20:46",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=18;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:20:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "58.02",
    "value_original": "58.02",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=19;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:20:47",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=19;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:20:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "58.96",
    "value_original": "58.96",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=20;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:23:03",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=20;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:23:03",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "57.08",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=21;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:23:03",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=21;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:23:03",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "57.08",
    "value_original": "57.08",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=22;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:27:48",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=22;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:27:48",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "17.59",
    "value_original": "17.59",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=23;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:27:48",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=23;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:27:48",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "18.53",
    "value_original": "18.53",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=24;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:29:49",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=24;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:29:49",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=25;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 45 17:29:48",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=25;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 45 17:29:48",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=26;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14:32:05",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=26;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14:32:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=27;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14:33:57",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=27;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14:33:57",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=28;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14.34.57",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=28;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14.34.57",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=29;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14:43:57",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=29;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14:43:57",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "58.02",
    "value_original": "58.02",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=30;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14.43.58",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=31;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14:48:19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=31;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14:48:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "17.59",
    "value_original": "17.59",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=32;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14:48:19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=32;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14:48:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=33;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14:48:19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=33;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14:48:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=34;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14:48:19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=34;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14:48:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=35;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14:48:19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=35;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14:48:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=36;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=36;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "17.59",
    "value_original": "17.59",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=37;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=37;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "17.59",
    "value_original": "17.59",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=38;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=38;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "17.59",
    "value_original": "17.59",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=39;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=39;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=40;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=40;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=41;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=41;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=42;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=42;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 14.48.19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=43;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 16:53:44",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=43;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 16:53:44",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "42.97",
    "value_original": "42.97",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=44;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 16.53.45",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=45;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 17:01:35",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=45;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 17:01:35",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "46.73",
    "value_original": "46.73",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=46;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 17:01:35",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=46;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 17:01:35",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "45.79",
    "value_original": "45.79",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=47;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 17.01.36",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=47;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 17.01.36",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "46.73",
    "value_original": "46.73",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=48;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 17.01.36",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=49;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 17:11:21",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=49;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 17:11:21",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=50;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 17:11:21",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=50;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 17:11:21",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=51;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 17.11.21",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=51;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 17.11.21",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "36.39",
    "value_original": "36.39",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=52;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 17.11.21",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=53;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 1744",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=53;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 1744",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=54;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 1746",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=54;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 1746",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=55;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 17.44.38",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=55;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 48 17.44.38",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=56;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 48 17.44.38",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=57;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11:38:51",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=57;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 11:38:51",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "33.57",
    "value_original": "33.57",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=58;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11:38:51",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=58;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 11:38:51",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "34.51",
    "value_original": "34.51",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=59;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11.38.51",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=59;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 11.38.51",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "32.63",
    "value_original": "32.63",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=60;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11.38.51",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=61;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11:42:49",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=61;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 11:42:49",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20.41",
    "value_original": "20.41",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=62;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11:42:49",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=62;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 11:42:49",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "21.35",
    "value_original": "21.35",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=63;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11.42.50",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=63;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 11.42.50",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20.41",
    "value_original": "20.41",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=64;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11.42.50",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=65;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11:49:35",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=65;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 11:49:35",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=66;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11:49:35",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=66;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 11:49:35",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=67;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11.49.35",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=67;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 11.49.35",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=68;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 11.49.35",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=68;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 11.49.35",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=69;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12.01.47",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=69;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 12.01.47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "33.57",
    "value_original": "33.57",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=70;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12.01.47",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=70;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 12.01.47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "33.57",
    "value_original": "33.57",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=71;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12:21:19",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=71;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 12:21:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "32.63",
    "value_original": "32.63",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=72;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12:21:19",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=72;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 12:21:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "32.63",
    "value_original": "32.63",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=73;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12.21.19",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=73;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 12.21.19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "33.57",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=74;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12.21.19",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=74;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 12.21.19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "32.63",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=75;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12:26:14",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=75;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 12:26:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=76;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12:26:14",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=76;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 12:26:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=77;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12.26.44",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=77;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 12.26.44",
    "unit": "cm/s",
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    "value": "26.99",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=78;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12.26.44",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=78;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 12.26.44",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=79;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12.28.52",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=79;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 12.28.52",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "14.77",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=80;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12.28.52",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=80;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 12.28.52",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "14.77",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=81;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12:42:47",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=81;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 12:42:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=82;column=Fuel",
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    "test_id": "GMT 52 12:42:47",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=82;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 12:42:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=83;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12.42.47",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=83;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 12.42.47",
    "unit": "cm/s",
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    "value": "16.65",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=84;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 12.42.47",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=84;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 12.42.47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=85;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 13:02:02",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=85;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 13:02:02",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "38.27",
    "value_original": "38.27",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=86;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 13:02:02",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=86;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 13:02:02",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "37.33",
    "value_original": "37.33",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=87;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 13.02.02",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=87;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 13.02.02",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "37.33",
    "value_original": "37.33",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=88;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 13.02.02",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=89;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 13:04:25",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=89;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 13:04:25",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "66.48",
    "value_original": "66.48",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=90;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 13:04:25",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=90;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 13:04:25",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "66.48",
    "value_original": "66.48",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=91;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 13.04.25",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=91;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 13.04.25",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "66.48",
    "value_original": "66.48",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=92;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 13.04.25",
    "unit": "",
    "unit_original": "",
    "value": "Propane",
    "value_original": "Propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=92;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 13.04.25",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "66.48",
    "value_original": "66.48",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=93;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 16:09:00",
    "unit": "",
    "unit_original": "",
    "value": "75% Propylene",
    "value_original": "75% Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=93;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 16:09:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=94;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 no ku",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=94;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 no ku",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=95;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 no ku",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=95;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 no ku",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=96;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 16.14.05",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=96;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 16.14.05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "64.6",
    "value_original": "64.6",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=97;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 16.14.05",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=97;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 16.14.05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "65.54",
    "value_original": "65.54",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=98;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 16.22.17",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=98;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 16.22.17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "29.81",
    "value_original": "29.81",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=99;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 16.22.17",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=99;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 16.22.17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "28.87",
    "value_original": "28.87",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=100;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 16.22.17",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=100;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 16.22.17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "29.81",
    "value_original": "29.81",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=101;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 Ku              LOS",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=102;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 Ku              LOS",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=103;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 Ku              LOS",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=103;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 Ku              LOS",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
    "value_original": "50.49",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=104;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17:10:12",
    "unit": "",
    "unit_original": "",
    "value": "75% Propylene",
    "value_original": "75% Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=104;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17:10:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
    "value_original": "11.95",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=105;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17:10:12",
    "unit": "",
    "unit_original": "",
    "value": "75% Propylene",
    "value_original": "75% Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=105;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17:10:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
    "value_original": "11.95",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=106;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17:10:12",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=106;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17:10:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
    "value_original": "11.95",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=107;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17:10:12",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=107;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17:10:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
    "value_original": "11.95",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=108;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17:25:47",
    "unit": "",
    "unit_original": "",
    "value": "75% Propylene",
    "value_original": "75% Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=108;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17:25:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "61.78",
    "value_original": "61.78",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=109;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17:25:47",
    "unit": "",
    "unit_original": "",
    "value": "75% Propylene",
    "value_original": "75% Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=109;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17:25:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "60.84",
    "value_original": "60.84",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=110;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17:25:47",
    "unit": "",
    "unit_original": "",
    "value": "75% Propylene",
    "value_original": "75% Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=110;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17:25:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "59.9",
    "value_original": "59.9",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=111;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17.25.49",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=111;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17.25.49",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "61.78",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=112;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17.25.49",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=112;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 17.25.49",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "60.84",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=113;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17.25.49",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=113;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 17.25.49",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "59.9",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=114;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17:30:17",
    "unit": "",
    "unit_original": "",
    "value": "75% Propylene",
    "value_original": "75% Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=114;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17:30:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "37.33",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=115;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17:30:17",
    "unit": "",
    "unit_original": "",
    "value": "75% Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=115;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 17:30:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "37.33",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=116;column=Fuel",
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    "test_id": "GMT 52 17:30:17",
    "unit": "",
    "unit_original": "",
    "value": "75% Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=116;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17:30:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "37.33",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=117;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17.30.18",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=117;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17.30.18",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "38.27",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=118;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17.30.18",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=118;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 17.30.18",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=119;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17.30.18",
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    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=119;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 17.30.18",
    "unit": "cm/s",
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    "value": "37.33",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=120;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17:47:11",
    "unit": "",
    "unit_original": "",
    "value": "75% Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=120;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17:47:11",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "13.83",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=121;column=Fuel",
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    "test_id": "GMT 52 17:47:11",
    "unit": "",
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    "value": "75% Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
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    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=121;column=Air Rate (cm/s)",
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    "test_id": "GMT 52 17:47:11",
    "unit": "cm/s",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=122;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 52 17.47.12",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
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    "source_location": "row=122;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 52 17.47.12",
    "unit": "cm/s",
    "unit_original": "cm/s",
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  },
  {
    "accession": "PSI-107",
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    "quote": "Fuel",
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    "test_id": "GMT 52 17.47.12",
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  {
    "accession": "PSI-107",
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    "test_id": "GMT 52 17.47.12",
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  {
    "accession": "PSI-107",
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    "test_id": "GMT 52 17.47.12",
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  },
  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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    "quote": "Fuel",
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    "source_location": "row=125;column=Fuel",
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    "test_id": "GMT 52 17:50:49",
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  {
    "accession": "PSI-107",
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    "test_id": "GMT 52 17:50:49",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
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  {
    "accession": "PSI-107",
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  {
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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    "accession": "PSI-107",
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    "test_id": "GMT 52 17:58:09",
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  {
    "accession": "PSI-107",
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    "accession": "PSI-107",
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  {
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    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
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    "accession": "PSI-107",
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  {
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  {
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  {
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    "method": "table",
    "note": "",
    "quote": "Fuel",
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    "source_location": "row=141;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 8:56:16",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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  {
    "accession": "PSI-107",
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  },
  {
    "accession": "PSI-107",
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    "test_id": "GMT 55 8:56:16",
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  {
    "accession": "PSI-107",
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  },
  {
    "accession": "PSI-107",
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    "source_location": "row=143;column=Fuel",
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    "test_id": "GMT 55 8:56:16",
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  },
  {
    "accession": "PSI-107",
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  },
  {
    "accession": "PSI-107",
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    "quote": "Fuel",
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    "source_location": "row=144;column=Fuel",
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  },
  {
    "accession": "PSI-107",
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  },
  {
    "accession": "PSI-107",
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    "quote": "Fuel",
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    "test_id": "GMT 55 8:56:16",
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  },
  {
    "accession": "PSI-107",
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  },
  {
    "accession": "PSI-107",
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    "quote": "Fuel",
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    "source_location": "row=146;column=Fuel",
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  },
  {
    "accession": "PSI-107",
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  },
  {
    "accession": "PSI-107",
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    "source_location": "row=147;column=Fuel",
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  },
  {
    "accession": "PSI-107",
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  },
  {
    "accession": "PSI-107",
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    "source_location": "row=148;column=Fuel",
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    "test_id": "GMT 55 9:00:26",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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    "source_location": "row=149;column=Fuel",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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    "source_location": "row=150;column=Fuel",
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  {
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  },
  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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  {
    "accession": "PSI-107",
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    "accession": "PSI-107",
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  {
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  {
    "accession": "PSI-107",
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  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=159;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:36:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.05",
    "value_original": "26.05",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=160;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:36:14",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=160;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:36:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "25.11",
    "value_original": "25.11",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=161;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=161;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=162;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=162;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=163;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=163;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
    "value_original": "39.21",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=164;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=164;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=165;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=165;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
    "value_original": "39.21",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=166;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=166;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
    "value_original": "39.21",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=167;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=167;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:39:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
    "value_original": "39.21",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=168;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=168;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
    "value_original": "11.95",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=169;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=169;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=170;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=170;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=171;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=171;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=172;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=172;column=Air Rate (cm/s)",
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    "test_id": "GMT 55 9:49:56",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=173;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=173;column=Air Rate (cm/s)",
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    "test_id": "GMT 55 9:49:56",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=174;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=174;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:49:56",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=175;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=175;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.05",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=176;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=176;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=177;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=177;column=Air Rate (cm/s)",
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    "test_id": "GMT 55 9:53:36",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=178;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=178;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=179;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=179;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=180;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=180;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 9:53:36",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.05",
    "value_original": "26.05",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=181;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:01:00",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=181;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:01:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "42.03",
    "value_original": "42.03",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=182;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:01:00",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=182;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:01:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "42.03",
    "value_original": "42.03",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=183;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:01:00",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=183;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:01:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "42.03",
    "value_original": "42.03",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=184;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:01:00",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=184;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:01:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "42.03",
    "value_original": "42.03",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=185;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:15:39",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=185;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:15:39",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=186;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:15:39",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=186;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:15:39",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "25.11",
    "value_original": "25.11",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=187;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:15:39",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=187;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:15:39",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=188;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:15:39",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=188;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:15:39",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "14.77",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=189;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:25:40",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=189;column=Air Rate (cm/s)",
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    "test_id": "GMT 55 10:25:40",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=190;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:25:40",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=190;column=Air Rate (cm/s)",
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    "test_id": "GMT 55 10:25:40",
    "unit": "cm/s",
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    "value": "26.99",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=191;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:25:40",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=191;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:25:40",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=192;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:25:40",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=192;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:25:40",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.05",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=193;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=193;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=194;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=194;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=195;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=195;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=196;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=196;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
    "value_original": "39.21",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=197;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=197;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "45.79",
    "value_original": "45.79",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=198;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=198;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
    "value_original": "50.49",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=199;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=199;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=200;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=200;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "14.77",
    "value_original": "14.77",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=201;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=201;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "23.23",
    "value_original": "23.23",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=202;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=202;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "33.57",
    "value_original": "33.57",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=203;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=203;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "45.79",
    "value_original": "45.79",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=204;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=204;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:34:07",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
    "value_original": "50.49",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=205;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:52:20",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=205;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:52:20",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=206;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:52:20",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=206;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:52:20",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=207;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 10:52:20",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=207;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 10:52:20",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=208;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=208;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "10.07",
    "value_original": "10.07",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=209;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=209;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=210;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=210;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=211;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=211;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=212;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=212;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=213;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=213;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 55 11:12:41",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "10.07",
    "value_original": "10.07",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=214;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:37:52",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=214;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:37:52",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "9.13",
    "value_original": "9.13",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=215;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:37:52",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=215;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:37:52",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "9.13",
    "value_original": "9.13",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=216;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:37:52",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=216;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:37:52",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "9.13",
    "value_original": "9.13",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=217;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:37:52",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=217;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:37:52",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "9.13",
    "value_original": "9.13",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=218;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:44:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=218;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:44:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "21.35",
    "value_original": "21.35",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=219;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:44:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=219;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:44:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=220;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:44:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=220;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:44:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=221;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:44:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=221;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:44:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=222;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:44:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=222;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:44:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=223;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:47:05",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=223;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:47:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "34.51",
    "value_original": "34.51",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=224;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:47:05",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=224;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:47:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "33.57",
    "value_original": "33.57",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=225;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:47:05",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=225;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:47:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "33.57",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=226;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:47:05",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=226;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:47:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "33.57",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=227;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:47:05",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=227;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:47:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "34.51",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=228;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:55:18",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=228;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:55:18",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=229;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:55:18",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=229;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:55:18",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=230;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:55:18",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=230;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:55:18",
    "unit": "cm/s",
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    "value": "50.49",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=231;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:55:18",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=231;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:55:18",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=232;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 9:55:18",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=232;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 9:55:18",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=233;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 Ku LOS",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=234;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 Ku LOS",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=235;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 Ku LOS",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=236;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:13:22",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=236;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 10:13:22",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "7.24",
    "value_original": "7.24",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=237;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:13:22",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=237;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 10:13:22",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "6.3",
    "value_original": "6.3",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=238;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:13:22",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=238;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 10:13:22",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "6.3",
    "value_original": "6.3",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=239;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:18:27",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=240;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:18:27",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=241;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:18:27",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=242;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:36:19",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=242;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 10:36:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "27.93",
    "value_original": "27.93",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=243;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:36:19",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=243;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 10:36:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "27.93",
    "value_original": "27.93",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=244;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:36:19",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=244;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 10:36:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=245;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:41:14",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=245;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 10:41:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "41.09",
    "value_original": "41.09",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=246;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:41:14",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=246;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 10:41:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=247;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 10:41:14",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=247;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 10:41:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=248;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:23:08",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=248;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:23:08",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "4.42",
    "value_original": "4.42",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=249;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:23:08",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=249;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:23:08",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "4.42",
    "value_original": "4.42",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=250;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:25:49",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=250;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:25:49",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "14.77",
    "value_original": "14.77",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=251;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:25:49",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=251;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:25:49",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "14.77",
    "value_original": "14.77",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=252;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:25:49",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=252;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:25:49",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "14.77",
    "value_original": "14.77",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=253;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:25:49",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=253;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:25:49",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "14.77",
    "value_original": "14.77",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=254;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:32:00",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=254;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:32:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=255;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:32:00",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=255;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:32:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.05",
    "value_original": "26.05",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=256;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:34:18",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=256;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:34:18",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
    "value_original": "39.21",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=257;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 n/a",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=258;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:42:53",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=258;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:42:53",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=259;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:42:53",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=259;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:42:53",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=260;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:55:33",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=260;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:55:33",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "41.09",
    "value_original": "41.09",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=261;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 11:55:33",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=261;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 11:55:33",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
    "value_original": "39.21",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=262;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 12:00:46",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=262;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 12:00:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "41.09",
    "value_original": "41.09",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=263;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 Ku LOS",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=264;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 12:15:41",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=264;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 12:15:41",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "41.09",
    "value_original": "41.09",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=265;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 12:42:59",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=265;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 12:42:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=266;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 12:42:59",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=266;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 12:42:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=267;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 12:42:59",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=267;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 12:42:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=268;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 58 12:45:46",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=268;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 58 12:45:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=269;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 119 10:28:17",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=269;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 119 10:28:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "13.83",
    "value_original": "13.83",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=270;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 119 10:28:17",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=270;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 119 10:28:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=271;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 119 10:28:17",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=271;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 119 10:28:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=272;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 119 10:28:17",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=272;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 119 10:28:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=273;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 119 10:38:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=273;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 119 10:38:34",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=274;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 119 10:38:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=274;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 119 10:38:34",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
    "value_original": "26.99",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=275;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 119 10:38:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=275;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 119 10:38:34",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.05",
    "value_original": "26.05",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=276;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 119 10:38:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=276;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 119 10:38:34",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "25.11",
    "value_original": "25.11",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=277;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 15:52:00",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=277;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 15:52:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "24.17",
    "value_original": "24.17",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=278;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 15:52:00",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=278;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 15:52:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "23.23",
    "value_original": "23.23",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=279;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 15:52:00",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=279;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 15:52:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "23.23",
    "value_original": "23.23",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=280;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 15:57:26",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=280;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 15:57:26",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "17.59",
    "value_original": "17.59",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=281;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 15:57:26",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=281;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 15:57:26",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=282;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 15:57:26",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=282;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 15:57:26",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=283;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 15:57:26",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=283;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 15:57:26",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=284;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 15:57:26",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=284;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 15:57:26",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=285;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:33:58",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=285;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 16:33:58",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20.41",
    "value_original": "20.41",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=286;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:33:58",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=286;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 16:33:58",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
    "value_original": "15.71",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=287;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:33:58",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=287;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 16:33:58",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=288;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:33:58",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=288;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 16:33:58",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=289;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:33:58",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=289;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 16:33:58",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "15.71",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=290;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:39:21",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=290;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 16:39:21",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=291;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:39:21",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=291;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 16:39:21",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "21.35",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=292;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:39:21",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=292;column=Air Rate (cm/s)",
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    "test_id": "GMT 136 16:39:21",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=293;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:39:21",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=293;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 16:39:21",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=294;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:39:21",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=294;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 16:39:21",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "21.35",
    "value_original": "21.35",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=295;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:52:19",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "negative air rate: not a possible co-flow speed as written",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=295;column=Air Rate (cm/s)",
    "status": "insufficient_evidence",
    "test_id": "GMT 136 16:52:19",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "-0.28",
    "value_original": "-0.28",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=296;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:54:20",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=296;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 16:54:20",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "0.66",
    "value_original": "0.66",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=297;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:56:22",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "negative air rate: not a possible co-flow speed as written",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=297;column=Air Rate (cm/s)",
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    "test_id": "GMT 136 16:56:22",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "-0.28",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=298;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:56:22",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "negative air rate: not a possible co-flow speed as written",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=298;column=Air Rate (cm/s)",
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    "test_id": "GMT 136 16:56:22",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "-0.28",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=299;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:56:22",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "negative air rate: not a possible co-flow speed as written",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=299;column=Air Rate (cm/s)",
    "status": "insufficient_evidence",
    "test_id": "GMT 136 16:56:22",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "-0.28",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=300;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 16:56:22",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "negative air rate: not a possible co-flow speed as written",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=300;column=Air Rate (cm/s)",
    "status": "insufficient_evidence",
    "test_id": "GMT 136 16:56:22",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "-0.28",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=301;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 17:21:33",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=301;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 17:21:33",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "14.77",
    "value_original": "14.77",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=302;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 17:21:33",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=302;column=Air Rate (cm/s)",
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    "test_id": "GMT 136 17:21:33",
    "unit": "cm/s",
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    "value": "14.77",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=303;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 136 17:21:33",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=303;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 136 17:21:33",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "13.83",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=304;column=Fuel",
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    "test_id": "GMT 136 17:21:33",
    "unit": "",
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    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=304;column=Air Rate (cm/s)",
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    "test_id": "GMT 136 17:21:33",
    "unit": "cm/s",
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    "value": "13.83",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=305;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:20:12",
    "unit": "",
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    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=305;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:20:12",
    "unit": "cm/s",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=306;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:20:12",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=306;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:20:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=307;column=Fuel",
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    "test_id": "GMT 167 9:20:12",
    "unit": "",
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    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=307;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:20:12",
    "unit": "cm/s",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=308;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:31:17",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=308;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:31:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.05",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
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    "quote": "Fuel",
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    "source_location": "row=309;column=Fuel",
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    "test_id": "GMT 167 9:31:17",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=309;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:31:17",
    "unit": "cm/s",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=310;column=Fuel",
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    "test_id": "GMT 167 9:31:17",
    "unit": "",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
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    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=310;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:31:17",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=311;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:39:28",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=311;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 9:39:28",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "41.09",
    "value_original": "41.09",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=312;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:39:28",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=312;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 9:39:28",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=313;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:39:28",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=313;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 9:39:28",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
    "value_original": "40.15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=314;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:44:52",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=314;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 9:44:52",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "48.61",
    "value_original": "48.61",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=315;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:44:52",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=315;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 9:44:52",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "47.67",
    "value_original": "47.67",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=316;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:44:52",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=316;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 9:44:52",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "47.67",
    "value_original": "47.67",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=317;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:59:46",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=317;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 9:59:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=318;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:59:46",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=318;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:59:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=319;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:59:46",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=319;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:59:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=320;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:59:46",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=320;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:59:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=321;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:59:46",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=321;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:59:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=322;column=Fuel",
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    "test_id": "GMT 167 9:59:46",
    "unit": "",
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    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=322;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:59:46",
    "unit": "cm/s",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=323;column=Fuel",
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    "test_id": "GMT 167 9:59:46",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=323;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:59:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=324;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 9:59:46",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=324;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 9:59:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40.15",
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  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
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    "source_location": "row=325;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 10:06:06",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=325;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 10:06:06",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
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  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=326;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 10:12:03",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=326;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 10:12:03",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "66.48",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
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    "source_location": "row=327;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 10:12:03",
    "unit": "",
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    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=327;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 10:12:03",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "25.11",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
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    "source_location": "row=328;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=328;column=Air Rate (cm/s)",
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    "test_id": "GMT 167 11:04:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
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    "source_location": "row=329;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "",
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    "value": "50 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=329;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
    "value_original": "11.95",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=330;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=330;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "13.83",
    "value_original": "13.83",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=331;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=331;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "18.53",
    "value_original": "18.53",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=332;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=332;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "22.29",
    "value_original": "22.29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=333;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=333;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "24.17",
    "value_original": "24.17",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=334;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=334;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "16.65",
    "value_original": "16.65",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=335;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=335;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 167 11:04:59",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
    "value_original": "11.95",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=336;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 LOS",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "negative air rate: not a possible co-flow speed as written",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=336;column=Air Rate (cm/s)",
    "status": "insufficient_evidence",
    "test_id": "GMT 167 LOS",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "-5.92",
    "value_original": "-5.92",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=337;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 LOS",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "negative air rate: not a possible co-flow speed as written",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=337;column=Air Rate (cm/s)",
    "status": "insufficient_evidence",
    "test_id": "GMT 167 LOS",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "-5.92",
    "value_original": "-5.92",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=338;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 167 LOS",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "negative air rate: not a possible co-flow speed as written",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=338;column=Air Rate (cm/s)",
    "status": "insufficient_evidence",
    "test_id": "GMT 167 LOS",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "-5.92",
    "value_original": "-5.92",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=339;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 8:50:41",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=339;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 8:50:41",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=340;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 8:50:41",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=340;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 8:50:41",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=341;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 8:50:41",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=341;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 8:50:41",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "10.07",
    "value_original": "10.07",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=342;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 9:03:26",
    "unit": "",
    "unit_original": "",
    "value": "50 % Propylene",
    "value_original": "50 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=342;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 9:03:26",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "37.33",
    "value_original": "37.33",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=343;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 9:49:13",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=343;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 9:49:13",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "36.39",
    "value_original": "36.39",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=344;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 9:49:13",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=344;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 9:49:13",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "36.39",
    "value_original": "36.39",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=345;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 9:49:13",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=345;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 9:49:13",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=346;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 9:52:25",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=346;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 9:52:25",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "38.27",
    "value_original": "38.27",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=347;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 9:56:09",
    "unit": "",
    "unit_original": "",
    "value": "Ethylene",
    "value_original": "Ethylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=347;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 9:56:09",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "55.2",
    "value_original": "55.2",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=348;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 10:42:48",
    "unit": "",
    "unit_original": "",
    "value": "Methane",
    "value_original": "Methane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=348;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 10:42:48",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "27.93",
    "value_original": "27.93",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=349;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 11:16:48",
    "unit": "",
    "unit_original": "",
    "value": "Methane",
    "value_original": "Methane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=349;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 11:16:48",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "32.63",
    "value_original": "32.63",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=350;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 11:30:21",
    "unit": "",
    "unit_original": "",
    "value": "Methane",
    "value_original": "Methane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=350;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 11:30:21",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
    "value_original": "50.49",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=351;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 168 11:41:18",
    "unit": "",
    "unit_original": "",
    "value": "Methane",
    "value_original": "Methane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=351;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 168 11:41:18",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "55.2",
    "value_original": "55.2",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=352;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:37:43",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=352;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 10:37:43",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "61.78",
    "value_original": "61.78",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=353;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:37:43",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=353;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 10:37:43",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "58.96",
    "value_original": "58.96",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=354;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=354;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "51.43",
    "value_original": "51.43",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=355;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=356;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=357;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=358;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=359;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=360;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=361;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=362;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=362;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 10:41:34",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
    "value_original": "50.49",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=363;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:08:12",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=363;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:08:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "58.96",
    "value_original": "58.96",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=364;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:08:12",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=364;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:08:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "55.2",
    "value_original": "55.2",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=365;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:08:12",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=365;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:08:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "47.67",
    "value_original": "47.67",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=366;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:08:12",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=366;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:08:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "42.03",
    "value_original": "42.03",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=367;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:08:12",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=367;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:08:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "36.39",
    "value_original": "36.39",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=368;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=368;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=369;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=369;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "23.23",
    "value_original": "23.23",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=370;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=370;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=371;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=371;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
    "value_original": "50.49",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=372;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=372;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "54.26",
    "value_original": "54.26",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=373;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=373;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "58.02",
    "value_original": "58.02",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=374;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=374;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:21:38",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "56.14",
    "value_original": "56.14",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=375;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:48:23",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=375;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:48:23",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=376;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:48:23",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=376;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:48:23",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=377;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:48:23",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=377;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:48:23",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=378;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:48:23",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=378;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 11:48:23",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=379;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 11:48:23",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=379;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 11:48:23",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=380;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:00:14",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=380;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 12:00:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "28.87",
    "value_original": "28.87",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=381;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:00:14",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=381;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 12:00:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "27.93",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=382;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:00:14",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=382;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:00:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "27.93",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=383;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:00:14",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=383;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:00:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "27.93",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=384;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:00:14",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=384;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 12:00:14",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "26.99",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=385;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=385;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=386;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "",
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    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=386;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:11:46",
    "unit": "cm/s",
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    "value": "39.21",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=387;column=Fuel",
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    "test_id": "GMT 173 12:11:46",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=387;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:11:46",
    "unit": "cm/s",
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    "value": "39.21",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=388;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=388;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
    "value_original": "39.21",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=389;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=389;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "38.27",
    "value_original": "38.27",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=390;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=390;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "38.27",
    "value_original": "38.27",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=391;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=391;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 12:11:46",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "38.27",
    "value_original": "38.27",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=392;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:23:30",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=392;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 173 12:23:30",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "60.84",
    "value_original": "60.84",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=393;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:23:30",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=393;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:23:30",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "60.84",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=394;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:23:30",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=394;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:23:30",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "60.84",
    "value_original": "60.84",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=395;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:23:30",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=395;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:23:30",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "60.84",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=396;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:23:30",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=396;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:23:30",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "59.9",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=397;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:23:30",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=397;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:23:30",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "60.84",
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  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=398;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:39:29",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=398;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:39:29",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "39.21",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=399;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 173 12:39:29",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=399;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:39:29",
    "unit": "cm/s",
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    "value": "39.21",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
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    "source_location": "row=400;column=Fuel",
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    "test_id": "GMT 173 12:39:29",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=400;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:39:29",
    "unit": "cm/s",
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    "value": "38.27",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=401;column=Fuel",
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    "test_id": "GMT 173 12:39:29",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
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    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=401;column=Air Rate (cm/s)",
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    "test_id": "GMT 173 12:39:29",
    "unit": "cm/s",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=402;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 10:02:10",
    "unit": "",
    "unit_original": "",
    "value": "75 % Propylene",
    "value_original": "75 % Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=402;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 10:02:10",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "28.87",
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    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=403;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 10:33:23",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=403;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 10:33:23",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20.41",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=404;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 10:33:23",
    "unit": "",
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    "value": "Propylene",
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  },
  {
    "accession": "PSI-107",
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    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=404;column=Air Rate (cm/s)",
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    "test_id": "GMT 174 10:33:23",
    "unit": "cm/s",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=405;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 10:45:25",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "source_location": "row=405;column=Air Rate (cm/s)",
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    "test_id": "GMT 174 10:45:25",
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  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=406;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 10:45:25",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
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    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
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    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=406;column=Air Rate (cm/s)",
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    "test_id": "GMT 174 10:45:25",
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  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=407;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 10:45:25",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=407;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 10:45:25",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20.41",
    "value_original": "20.41",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=408;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 10:48:31",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=408;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 10:48:31",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "10.07",
    "value_original": "10.07",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=409;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 10:48:31",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=409;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 10:48:31",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "10.07",
    "value_original": "10.07",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=410;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:04:43",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=410;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:04:43",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "29.81",
    "value_original": "29.81",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=411;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:04:43",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=411;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:04:43",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "29.81",
    "value_original": "29.81",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=412;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:04:43",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=412;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:04:43",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "29.81",
    "value_original": "29.81",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=413;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:13:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=413;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:13:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "58.02",
    "value_original": "58.02",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=414;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:13:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=414;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:13:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "56.14",
    "value_original": "56.14",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=415;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:13:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=415;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:13:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "56.14",
    "value_original": "56.14",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=416;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=416;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "47.67",
    "value_original": "47.67",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=417;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=417;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "47.67",
    "value_original": "47.67",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=418;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=418;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "47.67",
    "value_original": "47.67",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=419;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=419;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "46.73",
    "value_original": "46.73",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=420;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=420;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "46.73",
    "value_original": "46.73",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=421;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=421;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:20:47",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "46.73",
    "value_original": "46.73",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=422;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:24:30",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=422;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:24:30",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "57.08",
    "value_original": "57.08",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=423;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:24:30",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=423;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:24:30",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "53.32",
    "value_original": "53.32",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=424;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:24:30",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=424;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:24:30",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "45.79",
    "value_original": "45.79",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=425;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:24:30",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=425;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:24:30",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "34.51",
    "value_original": "34.51",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=426;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:34:16",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=426;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:34:16",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "24.17",
    "value_original": "24.17",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=427;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:34:16",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=427;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:34:16",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "23.23",
    "value_original": "23.23",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=428;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:34:16",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=428;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:34:16",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "23.23",
    "value_original": "23.23",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=429;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:34:16",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=429;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:34:16",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "23.23",
    "value_original": "23.23",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=430;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:34:16",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=430;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:34:16",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "23.23",
    "value_original": "23.23",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=431;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:38:05",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=431;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:38:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=432;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:38:05",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=432;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:38:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=433;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:38:05",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=433;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:38:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
    "value_original": "11.95",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=434;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:38:05",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=434;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:38:05",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.95",
    "value_original": "11.95",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=435;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=435;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=436;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=436;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=437;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=437;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=438;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=438;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "11.01",
    "value_original": "11.01",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=439;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=439;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "10.07",
    "value_original": "10.07",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=440;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=440;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "10.07",
    "value_original": "10.07",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=441;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=441;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:46:06",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "10.07",
    "value_original": "10.07",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=442;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=442;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=443;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=443;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "34.51",
    "value_original": "34.51",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=444;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=444;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "34.51",
    "value_original": "34.51",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=445;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=445;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=446;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=446;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=447;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=447;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=448;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=448;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=449;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=449;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "35.45",
    "value_original": "35.45",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=450;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=450;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "34.51",
    "value_original": "34.51",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=451;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=451;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "34.51",
    "value_original": "34.51",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=452;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=452;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 11:50:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "34.51",
    "value_original": "34.51",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=453;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:06:43",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=453;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:06:43",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "46.73",
    "value_original": "46.73",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=454;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:11:20",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=454;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:11:20",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "56.14",
    "value_original": "56.14",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=455;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:34:00",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=455;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:34:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "24.17",
    "value_original": "24.17",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=456;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:34:00",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=456;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:34:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "24.17",
    "value_original": "24.17",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=457;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:34:00",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=457;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:34:00",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "24.17",
    "value_original": "24.17",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=458;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:36:12",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=458;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:36:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "13.83",
    "value_original": "13.83",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=459;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:36:12",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=459;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:36:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=460;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:36:12",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=460;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:36:12",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "12.89",
    "value_original": "12.89",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=461;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:43:03",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=461;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:43:03",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "51.43",
    "value_original": "51.43",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=462;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:43:03",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=462;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:43:03",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "51.43",
    "value_original": "51.43",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=463;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:43:03",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=463;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:43:03",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "50.49",
    "value_original": "50.49",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=464;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=464;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "32.63",
    "value_original": "32.63",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=465;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=465;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "32.63",
    "value_original": "32.63",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=466;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=466;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "32.63",
    "value_original": "32.63",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=467;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=467;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "32.63",
    "value_original": "32.63",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=468;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=468;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "31.69",
    "value_original": "31.69",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=469;column=Fuel",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "",
    "unit_original": "",
    "value": "Propylene",
    "value_original": "Propylene",
    "variable": "fuel"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "table",
    "note": "co-flowing air velocity",
    "quote": "Air Rate (cm/s)",
    "source_file": "psi-data/PSI-107/Experimental table/PSI-107_Experimental table_Spice.csv",
    "source_location": "row=469;column=Air Rate (cm/s)",
    "status": "extracted",
    "test_id": "GMT 174 12:46:17",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "31.69",
    "value_original": "31.69",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence direct (Section 'B. Air velocity distribution in the flow duct' (printed page 10). Not used as gravity evidence: the record-text objective/hypothesis sentences (objective statements only), the PSI label projectType 'Microgravity Investigation', and 'aboard the International Space Station' / 'in ISS MSG' (platform). The 'reduced gravity experiment in parabolic flight on board the KC-135 aircraft' (page 7) was a pre-flight camera-settings check, not SPICE science data, and is not proposed as a record.); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "SPICE is the first experiment that studies soot processes of laminar jet diffusion flame under long term microgravity condition with air coflow.",
    "source_file": "psi-data/PSI-107/Reports/PSI-107_Reports_SPICE_FinalReport.pdf",
    "source_location": "page=16",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence direct (Closing Remarks (printed page 18). The sentence names the smoke-point flames; all SPICE flames were flight tests ('The actual SPICE tests were conducted in SMG in twelve sessions from February 14, 2009 to June 23, 2009.', page 19). Side note, not a gravity issue: the smoke-point count differs across documents (55 here; 'Fifty-two' in the abstract, page 2; Table 1 on page 20 sums to 52).); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Smoke points of 55 microgravity gas-jet diffusion flames in coflowing air were measured in earth orbit.",
    "source_file": "psi-data/PSI-107/Reports/PSI-107_Reports_SPICE_FinalReport.pdf",
    "source_location": "page=24",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence direct (The psia values in this sentence are fuel-bottle fill pressures, NOT the test pressure; do not use them for 'pressure'. Corroborated by 'gas-jet diffusion flames' (R2, page 24).); R4 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The six bottles in one container are filled with six different fuel gases to the maximum safety pressure for that fuel: ethylene (210 psia), methane (210 psia), propane (110 psia), propylene (135 psia), 75% propylene (180 psia), 50% propylene (180 psia).",
    "source_file": "psi-data/PSI-107/Reports/PSI-107_Reports_SPICE_FinalReport.pdf",
    "source_location": "page=12",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "fuel gases",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence direct; R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-107/_investigation/PSI-107.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence direct (Facility on the ISS. The SPICE apparatus installed in the MSG is a modified version of the apparatus built for Enclosed Laminar Flames (ELF) (Final Report page 9). Not stated in the three sources read, but documented elsewhere in PSI: BASS burned its samples in the SPICE flow duct (psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx, paragraph=51: 'The samples are burned in the SPICE apparatus which is a small flow duct with a cross-sectional area of 76mm x 76mm [Dotson et. al. 2010].'), and BASS-II procedures run in the 'SPICE Experiment Assembly' (psi-data/PSI-25/Engineering Documents/PSI-25_Engineering Documents_BASS-II_Ops.docx, paragraph=60). The project lineage list says SLICE shares the same duct; PSI-106 files do not confirm it. PSI-60 (ground investigation) re-analyses SPICE data sets. SPICE, BASS and BASS-II results come from the same flow duct and must not be counted as independent apparatus.); flags: SHARED_LINEAGE; R6 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity Science Glovebox (MSG)",
    "source_file": "psi-data/PSI-107/_investigation/PSI-107.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Microgravity Science Glovebox (MSG)",
    "value_original": "Microgravity Science Glovebox (MSG)",
    "variable": "platform"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence direct (Burner diameters and co-flow velocities are in the PSI table and are not extracted here. The 5.4-65 cm/s range in this sentence is the smoke-point range of Final Report Table 1 (page 20); the PSI table has rows below it: 4.42 cm/s (data rows 248-249) and -0.28 / 0.66 cm/s (data rows 295-300, GMT day 136, 75 % Propylene, 0.4064 mm nozzle). The per-test Air Rate in the table governs those tests.); R7 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Each flame was ignited in a controlled co-flow air environment, with burner diameters of 0.41 mm, 0.76 mm, and 1.6 mm and co-flow velocities ranging from 5.4 cm/s to 65 cm/s.",
    "source_file": "psi-data/PSI-107/_investigation/PSI-107.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "coflow",
    "value_original": "co-flow",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence direct (The apparatus keeps a minimum fan voltage even at fan dial setting 0 (page 16). This does not show that every test had a measurable coflow: the PSI table records Air Rate -0.28 and 0.66 cm/s for data rows 295-300 (GMT day 136), while the ground calibration in Fig. 14 (page 17, read from the plot) shows roughly 9-15 cm/s at dial 0; the sources do not explain the difference. The per-test Air Rate in the table governs those tests.); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "An important feature of SPICE is that it has air co-flow surrounding the flames.",
    "source_file": "psi-data/PSI-107/Reports/PSI-107_Reports_SPICE_FinalReport.pdf",
    "source_location": "page=16",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "coflow",
    "value_original": "air co-flow",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence ambiguous (Section 'SPICE FLIGHT TESTS' (printed page 13). This is the band within which ISS cabin air is kept, not a per-test O2 measurement. No O2 measurement inside the MSG is reported.); flags: RANGE_NOT_POINT; range stated in the source; percent x 0.01; R9 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Typical burn times were 60 s, and after each two such burns the MSG contents were flushed with ISS cabin air. The oxygen mole fraction of this cabin air is maintained within 19 – 24%.",
    "source_file": "psi-data/PSI-107/Reports/PSI-107_Reports_SPICE_FinalReport.pdf",
    "source_location": "page=19",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "1",
    "unit_original": "%",
    "value": "0.19..0.24",
    "value_original": "19 – 24%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence ambiguous (Footnote a of Table 1. The words left out are ', uf,'. The PDF text layer splits the subscripted u_f across lines. This is the condition ASSUMED when computing air velocity, fuel velocity and Reynolds number, not a stated measurement of the test atmosphere. The source gives a tolerance of ±1, which is not written into 'numbers'. 21±1% falls inside the 19 – 24% cabin-air band of R9, so the two do not conflict and no DISCREPANCY is raised. The same footnote is repeated on presentation page 24.); percent x 0.01; R10 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Parameters ua [...] and Re assume conditions of 298 K, 101 kPa and 21±1% O2, and uniform velocity profiles.",
    "source_file": "psi-data/PSI-107/Reports/PSI-107_Reports_SPICE_FinalReport.pdf",
    "source_location": "page=20",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence ambiguous (Same footnote as R10. 101 kPa is the pressure ASSUMED for the velocity and Reynolds-number calculations. No sentence in the sources read states the actual MSG or cabin pressure during the tests (see not_found).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Parameters ua [...] and Re assume conditions of 298 K, 101 kPa and 21±1% O2, and uniform velocity profiles.",
    "source_file": "psi-data/PSI-107/Reports/PSI-107_Reports_SPICE_FinalReport.pdf",
    "source_location": "page=20",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "kPa",
    "unit_original": "kPa",
    "value": "101",
    "value_original": "101",
    "variable": "pressure"
  },
  {
    "accession": "PSI-107",
    "acronym": "SPICE",
    "doi": "10.60555/9kbh-e962",
    "method": "document",
    "note": "confidence derived (air: oxygen balanced mainly by nitrogen. Stream: AMBIENT (the co-flow air that fills the duct and the MSG). Not to be confused with the N2 in the 75% and 50% propylene fuel mixtures ('For mixtures the fuel mole fraction is shown and the inert is N2', page 20), which is in the FUEL stream.); R12 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Typical burn times were 60 s, and after each two such burns the MSG contents were flushed with ISS cabin air. The oxygen mole fraction of this cabin air is maintained within 19 – 24%.",
    "source_file": "psi-data/PSI-107/Reports/PSI-107_Reports_SPICE_FinalReport.pdf",
    "source_location": "page=19",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "ISS cabin air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=1;column=Flame Type",
    "status": "extracted",
    "test_id": "21088A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=1;column=Fuel",
    "status": "extracted",
    "test_id": "21088A1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=1;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3939",
    "value_original": "0.3939",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=1;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.389822946",
    "value_original": "0.389822946",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=1;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=1;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "50",
    "value_original": "50",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=1;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=2;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=2;column=Fuel",
    "status": "extracted",
    "test_id": "21088 B1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=2;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.389822946",
    "value_original": "0.389822946",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=2;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.386321188",
    "value_original": "0.386321188",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=2;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=2;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "43",
    "value_original": "43",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=2;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=3;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=3;column=Fuel",
    "status": "extracted",
    "test_id": "21088 C1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=3;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.386321188",
    "value_original": "0.386321188",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=3;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.382905163",
    "value_original": "0.382905163",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=3;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=3;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "42",
    "value_original": "42",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=3;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=4;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=4;column=Fuel",
    "status": "extracted",
    "test_id": "21088 D1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=4;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.382905163",
    "value_original": "0.382905163",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=4;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.380426741",
    "value_original": "0.380426741",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=4;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 D1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=4;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 D1",
    "unit": "s",
    "unit_original": "sec",
    "value": "61",
    "value_original": "61",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=4;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 D1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=5;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=5;column=Fuel",
    "status": "extracted",
    "test_id": "21088 F1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=5;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.380426741",
    "value_original": "0.380426741",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=5;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.379858042",
    "value_original": "0.379858042",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=5;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=5;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "28",
    "value_original": "28",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=5;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=6;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 G1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=6;column=Fuel",
    "status": "extracted",
    "test_id": "21088 G1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=6;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.379858042",
    "value_original": "0.379858042",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=6;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.376135171",
    "value_original": "0.376135171",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=6;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 G1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=6;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 G1",
    "unit": "s",
    "unit_original": "sec",
    "value": "42",
    "value_original": "42",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=6;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 G1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=7;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=7;column=Fuel",
    "status": "extracted",
    "test_id": "21088 H1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=7;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.376135171",
    "value_original": "0.376135171",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=7;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.373391583",
    "value_original": "0.373391583",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=7;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=7;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "62",
    "value_original": "62",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=7;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 H1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=8;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 J1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=8;column=Fuel",
    "status": "extracted",
    "test_id": "21088 J1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=8;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.373391583",
    "value_original": "0.373391583",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=8;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.369578072",
    "value_original": "0.369578072",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=8;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=8;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "37",
    "value_original": "37",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=8;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 J1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=9;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 K1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=9;column=Fuel",
    "status": "extracted",
    "test_id": "21088 K1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=9;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.369578072",
    "value_original": "0.369578072",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=9;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.364549879",
    "value_original": "0.364549879",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=9;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=9;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "98",
    "value_original": "98",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=9;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 K1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=10;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 H2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=10;column=Fuel",
    "status": "extracted",
    "test_id": "21088 H2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=10;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.364549879",
    "value_original": "0.364549879",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=10;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.358975632",
    "value_original": "0.358975632",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=10;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=10;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 H2",
    "unit": "s",
    "unit_original": "sec",
    "value": "127",
    "value_original": "127",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=10;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 H2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=11;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 M4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=11;column=Fuel",
    "status": "extracted",
    "test_id": "21088 M4",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=11;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 M4",
    "unit": "1",
    "unit_original": "",
    "value": "0.2101",
    "value_original": "0.2101",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=11;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 M4",
    "unit": "1",
    "unit_original": "",
    "value": "0.209638709",
    "value_original": "0.209638709",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=11;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 M4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=11;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 M4",
    "unit": "s",
    "unit_original": "sec",
    "value": "13",
    "value_original": "13",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=11;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 M4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=12;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 L1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=12;column=Fuel",
    "status": "extracted",
    "test_id": "21088 L1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=12;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.209638709",
    "value_original": "0.209638709",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=12;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.209000159",
    "value_original": "0.209000159",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=12;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 L1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=12;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 L1",
    "unit": "s",
    "unit_original": "sec",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=12;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 L1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=13;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 N1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=13;column=Fuel",
    "status": "extracted",
    "test_id": "21088 N1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=13;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.1802",
    "value_original": "0.1802",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=13;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.179685675",
    "value_original": "0.179685675",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=13;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 N1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=13;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 N1",
    "unit": "s",
    "unit_original": "sec",
    "value": "7",
    "value_original": "7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=13;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 N1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=14;column=Flame Type",
    "status": "extracted",
    "test_id": "21088 P1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=14;column=Fuel",
    "status": "extracted",
    "test_id": "21088 P1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=14;column= XO2 before test",
    "status": "extracted",
    "test_id": "21088 P1",
    "unit": "1",
    "unit_original": "",
    "value": "0.179685675",
    "value_original": "0.179685675",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=14;column=XO2  after test",
    "status": "extracted",
    "test_id": "21088 P1",
    "unit": "1",
    "unit_original": "",
    "value": "0.17939183",
    "value_original": "0.17939183",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=14;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21088 P1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=14;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21088 P1",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=14;column=Hot ignition",
    "status": "extracted",
    "test_id": "21088 P1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=15;column=Flame Type",
    "status": "extracted",
    "test_id": "21102A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=15;column=Fuel",
    "status": "extracted",
    "test_id": "21102A1",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=15;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3957",
    "value_original": "0.3957",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=15;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.393031985",
    "value_original": "0.393031985",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=15;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=15;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "40",
    "value_original": "40",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=15;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=16;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=16;column=Fuel",
    "status": "extracted",
    "test_id": "21102 C1",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=16;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.393031985",
    "value_original": "0.393031985",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=16;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.390548195",
    "value_original": "0.390548195",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=16;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=16;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "41",
    "value_original": "41",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=16;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=17;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=17;column=Fuel",
    "status": "extracted",
    "test_id": "21102 B1",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=17;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.390548195",
    "value_original": "0.390548195",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=17;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.388126117",
    "value_original": "0.388126117",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=17;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=17;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "38",
    "value_original": "38",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=17;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=18;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 C2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=18;column=Fuel",
    "status": "extracted",
    "test_id": "21102 C2",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=18;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.388126117",
    "value_original": "0.388126117",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=18;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.386221513",
    "value_original": "0.386221513",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=18;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=18;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "63",
    "value_original": "63",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=18;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 C2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=19;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 C3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=19;column=Fuel",
    "status": "extracted",
    "test_id": "21102 C3",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=19;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.386221513",
    "value_original": "0.386221513",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=19;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.382509153",
    "value_original": "0.382509153",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=19;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 C3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=19;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 C3",
    "unit": "s",
    "unit_original": "sec",
    "value": "82",
    "value_original": "82",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=19;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 C3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=20;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 C4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=20;column=Fuel",
    "status": "extracted",
    "test_id": "21102 C4",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=20;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.382509153",
    "value_original": "0.382509153",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=20;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.382509153",
    "value_original": "0.382509153",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=20;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 C4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=20;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 C4",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=20;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 C4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=21;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 C5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=21;column=Fuel",
    "status": "extracted",
    "test_id": "21102 C5",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=21;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.382509153",
    "value_original": "0.382509153",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=21;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.381212087",
    "value_original": "0.381212087",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=21;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 C5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=21;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 C5",
    "unit": "s",
    "unit_original": "sec",
    "value": "43",
    "value_original": "43",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=21;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 C5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=22;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 C6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=22;column=Fuel",
    "status": "extracted",
    "test_id": "21102 C6",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=22;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 C6",
    "unit": "1",
    "unit_original": "",
    "value": "0.381212087",
    "value_original": "0.381212087",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=22;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 C6",
    "unit": "1",
    "unit_original": "",
    "value": "0.381212087",
    "value_original": "0.381212087",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=22;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 C6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=22;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 C6",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=22;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 C6",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=23;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 C7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=23;column=Fuel",
    "status": "extracted",
    "test_id": "21102 C7",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=23;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 C7",
    "unit": "1",
    "unit_original": "",
    "value": "0.381212087",
    "value_original": "0.381212087",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=23;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 C7",
    "unit": "1",
    "unit_original": "",
    "value": "0.380669262",
    "value_original": "0.380669262",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=23;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 C7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=23;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 C7",
    "unit": "s",
    "unit_original": "sec",
    "value": "18",
    "value_original": "18",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=23;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 C7",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=24;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 C8",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=24;column=Fuel",
    "status": "extracted",
    "test_id": "21102 C8",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=24;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 C8",
    "unit": "1",
    "unit_original": "",
    "value": "0.380669262",
    "value_original": "0.380669262",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=24;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 C8",
    "unit": "1",
    "unit_original": "",
    "value": "0.380669262",
    "value_original": "0.380669262",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=24;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 C8",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=24;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 C8",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=24;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 C8",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=25;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 M1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=25;column=Fuel",
    "status": "extracted",
    "test_id": "21102 M1",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=25;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 M1",
    "unit": "1",
    "unit_original": "",
    "value": "0.2341",
    "value_original": "0.2341",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=25;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 M1",
    "unit": "1",
    "unit_original": "",
    "value": "0.233649188",
    "value_original": "0.233649188",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=25;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 M1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=25;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 M1",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=25;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 M1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=26;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 M2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=26;column=Fuel",
    "status": "extracted",
    "test_id": "21102 M2",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=26;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 M2",
    "unit": "1",
    "unit_original": "",
    "value": "0.233649188",
    "value_original": "0.233649188",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=26;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 M2",
    "unit": "1",
    "unit_original": "",
    "value": "0.233254802",
    "value_original": "0.233254802",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=26;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 M2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=26;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 M2",
    "unit": "s",
    "unit_original": "sec",
    "value": "14",
    "value_original": "14",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=26;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 M2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=27;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 M3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=27;column=Fuel",
    "status": "extracted",
    "test_id": "21102 M3",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=27;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 M3",
    "unit": "1",
    "unit_original": "",
    "value": "0.233254802",
    "value_original": "0.233254802",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=27;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 M3",
    "unit": "1",
    "unit_original": "",
    "value": "0.233254802",
    "value_original": "0.233254802",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=27;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 M3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=27;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 M3",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=27;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 M3",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=28;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 M4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=28;column=Fuel",
    "status": "extracted",
    "test_id": "21102 M4",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=28;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 M4",
    "unit": "1",
    "unit_original": "",
    "value": "0.233254802",
    "value_original": "0.233254802",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=28;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 M4",
    "unit": "1",
    "unit_original": "",
    "value": "0.233254802",
    "value_original": "0.233254802",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=28;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 M4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=28;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 M4",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=28;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 M4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=29;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 M5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=29;column=Fuel",
    "status": "extracted",
    "test_id": "21102 M5",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=29;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 M5",
    "unit": "1",
    "unit_original": "",
    "value": "0.233254802",
    "value_original": "0.233254802",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=29;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 M5",
    "unit": "1",
    "unit_original": "",
    "value": "0.233254802",
    "value_original": "0.233254802",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=29;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 M5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=29;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 M5",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=29;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 M5",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=30;column=Flame Type",
    "status": "extracted",
    "test_id": "21102 M6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=30;column=Fuel",
    "status": "extracted",
    "test_id": "21102 M6",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=30;column= XO2 before test",
    "status": "extracted",
    "test_id": "21102 M6",
    "unit": "1",
    "unit_original": "",
    "value": "0.233254802",
    "value_original": "0.233254802",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=30;column=XO2  after test",
    "status": "extracted",
    "test_id": "21102 M6",
    "unit": "1",
    "unit_original": "",
    "value": "0.233254802",
    "value_original": "0.233254802",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=30;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21102 M6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=30;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21102 M6",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=30;column=Hot ignition",
    "status": "extracted",
    "test_id": "21102 M6",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=31;column=Flame Type",
    "status": "extracted",
    "test_id": "21106A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=31;column=Fuel",
    "status": "extracted",
    "test_id": "21106A4",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=31;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.3926",
    "value_original": "0.3926",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=31;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.384638613",
    "value_original": "0.384638613",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=31;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=31;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21106A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "60",
    "value_original": "60",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=31;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=32;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=32;column=Fuel",
    "status": "extracted",
    "test_id": "21106 B1",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=32;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.384638613",
    "value_original": "0.384638613",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=32;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.377171369",
    "value_original": "0.377171369",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=32;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=32;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21106 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "62",
    "value_original": "62",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=32;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=33;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=33;column=Fuel",
    "status": "extracted",
    "test_id": "21106 C1",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=33;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.377171369",
    "value_original": "0.377171369",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=33;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.369281404",
    "value_original": "0.369281404",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=33;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=33;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21106 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "63",
    "value_original": "63",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=33;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=34;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=34;column=Fuel",
    "status": "extracted",
    "test_id": "21106 D1",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=34;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.369281404",
    "value_original": "0.369281404",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=34;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.358532281",
    "value_original": "0.358532281",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=34;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 D1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=34;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21106 D1",
    "unit": "s",
    "unit_original": "sec",
    "value": "120",
    "value_original": "120",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=34;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 D1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=35;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=35;column=Fuel",
    "status": "extracted",
    "test_id": "21106 F1",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=35;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.358532281",
    "value_original": "0.358532281",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=35;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.35424096",
    "value_original": "0.35424096",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=35;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=35;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21106 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "72",
    "value_original": "72",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=35;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=36;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 F2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=36;column=Fuel",
    "status": "extracted",
    "test_id": "21106 F2",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=36;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.35424096",
    "value_original": "0.35424096",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=36;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.35424096",
    "value_original": "0.35424096",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=36;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=36;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 F2",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=37;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 F3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=37;column=Fuel",
    "status": "extracted",
    "test_id": "21106 F3",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=37;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.35424096",
    "value_original": "0.35424096",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=37;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.353756802",
    "value_original": "0.353756802",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=37;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 F3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=37;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21106 F3",
    "unit": "s",
    "unit_original": "sec",
    "value": "13",
    "value_original": "13",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=37;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 F3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=38;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 F4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=38;column=Fuel",
    "status": "extracted",
    "test_id": "21106 F4",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=38;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 F4",
    "unit": "1",
    "unit_original": "",
    "value": "0.353756802",
    "value_original": "0.353756802",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=38;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 F4",
    "unit": "1",
    "unit_original": "",
    "value": "0.352937762",
    "value_original": "0.352937762",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=38;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 F4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=38;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21106 F4",
    "unit": "s",
    "unit_original": "sec",
    "value": "22",
    "value_original": "22",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=38;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 F4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=39;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 F5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=39;column=Fuel",
    "status": "extracted",
    "test_id": "21106 F5",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=39;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 F5",
    "unit": "1",
    "unit_original": "",
    "value": "0.352937762",
    "value_original": "0.352937762",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=39;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 F5",
    "unit": "1",
    "unit_original": "",
    "value": "0.352937762",
    "value_original": "0.352937762",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=39;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 F5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=39;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 F5",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=40;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 G6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=40;column=Fuel",
    "status": "extracted",
    "test_id": "21106 G6",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=40;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 G6",
    "unit": "1",
    "unit_original": "",
    "value": "0.2097",
    "value_original": "0.2097",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=40;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 G6",
    "unit": "1",
    "unit_original": "",
    "value": "0.208586481",
    "value_original": "0.208586481",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=40;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 G6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=40;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21106 G6",
    "unit": "s",
    "unit_original": "sec",
    "value": "20",
    "value_original": "20",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=40;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 G6",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=41;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 G7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=41;column=Fuel",
    "status": "extracted",
    "test_id": "21106 G7",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=41;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 G7",
    "unit": "1",
    "unit_original": "",
    "value": "0.208586481",
    "value_original": "0.208586481",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=41;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 G7",
    "unit": "1",
    "unit_original": "",
    "value": "0.207473561",
    "value_original": "0.207473561",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=41;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 G7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=41;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21106 G7",
    "unit": "s",
    "unit_original": "sec",
    "value": "20",
    "value_original": "20",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=41;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 G7",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=42;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 G9",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=42;column=Fuel",
    "status": "extracted",
    "test_id": "21106 G9",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=42;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 G9",
    "unit": "1",
    "unit_original": "",
    "value": "0.207473561",
    "value_original": "0.207473561",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=42;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 G9",
    "unit": "1",
    "unit_original": "",
    "value": "0.206694811",
    "value_original": "0.206694811",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=42;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 G9",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=42;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21106 G9",
    "unit": "s",
    "unit_original": "sec",
    "value": "14",
    "value_original": "14",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=42;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 G9",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=43;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=43;column=Fuel",
    "status": "extracted",
    "test_id": "21106 H1",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=43;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.206694811",
    "value_original": "0.206694811",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=43;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.206694811",
    "value_original": "0.206694811",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=43;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=43;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 H1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=44;column=Flame Type",
    "status": "extracted",
    "test_id": "21106 H2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=44;column=Fuel",
    "status": "extracted",
    "test_id": "21106 H2",
    "unit": "",
    "unit_original": "",
    "value": "50% butane",
    "value_original": "50% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=44;column= XO2 before test",
    "status": "extracted",
    "test_id": "21106 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.206694811",
    "value_original": "0.206694811",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=44;column=XO2  after test",
    "status": "extracted",
    "test_id": "21106 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.206694811",
    "value_original": "0.206694811",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=44;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21106 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=44;column=Hot ignition",
    "status": "extracted",
    "test_id": "21106 H2",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=45;column=Flame Type",
    "status": "extracted",
    "test_id": "21112A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=45;column=Fuel",
    "status": "extracted",
    "test_id": "21112A1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=45;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3954",
    "value_original": "0.3954",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=45;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3940449",
    "value_original": "0.3940449",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=45;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=45;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "43",
    "value_original": "43",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=45;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=46;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=46;column=Fuel",
    "status": "extracted",
    "test_id": "21112 A2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=46;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.3940449",
    "value_original": "0.3940449",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=46;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.391274328",
    "value_original": "0.391274328",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=46;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=46;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "44",
    "value_original": "44",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=46;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=47;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=47;column=Fuel",
    "status": "extracted",
    "test_id": "21112 A3",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=47;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.391274328",
    "value_original": "0.391274328",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=47;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.386794842",
    "value_original": "0.386794842",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=47;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=47;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "95",
    "value_original": "95",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=47;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=48;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=48;column=Fuel",
    "status": "extracted",
    "test_id": "21112 A4",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=48;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.386794842",
    "value_original": "0.386794842",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=48;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.379543758",
    "value_original": "0.379543758",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=48;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=48;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "185",
    "value_original": "185",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=48;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=49;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 A5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=49;column=Fuel",
    "status": "extracted",
    "test_id": "21112 A5",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=49;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.379543758",
    "value_original": "0.379543758",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=49;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.377663625",
    "value_original": "0.377663625",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=49;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 A5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=49;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 A5",
    "unit": "s",
    "unit_original": "sec",
    "value": "24",
    "value_original": "24",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=49;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 A5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=50;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=50;column=Fuel",
    "status": "extracted",
    "test_id": "21112 C1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=50;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.377663625",
    "value_original": "0.377663625",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=50;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.37709578",
    "value_original": "0.37709578",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=50;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=50;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "29",
    "value_original": "29",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=50;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=51;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 C2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=51;column=Fuel",
    "status": "extracted",
    "test_id": "21112 C2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=51;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.37709578",
    "value_original": "0.37709578",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=51;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.376528047",
    "value_original": "0.376528047",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=51;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=51;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "29",
    "value_original": "29",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=51;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 C2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=52;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 A6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=52;column=Fuel",
    "status": "extracted",
    "test_id": "21112 A6",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=52;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.376528047",
    "value_original": "0.376528047",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=52;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.366422787",
    "value_original": "0.366422787",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=52;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 A6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=52;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 A6",
    "unit": "s",
    "unit_original": "sec",
    "value": "259",
    "value_original": "259",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=52;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 A6",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=53;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 C3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=53;column=Fuel",
    "status": "extracted",
    "test_id": "21112 C3",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=53;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.366422787",
    "value_original": "0.366422787",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=53;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.366422787",
    "value_original": "0.366422787",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=53;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 C3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=53;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 C3",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=53;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 C3",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=54;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 C4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=54;column=Fuel",
    "status": "extracted",
    "test_id": "21112 C4",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=54;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.366422787",
    "value_original": "0.366422787",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=54;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.366422787",
    "value_original": "0.366422787",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=54;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 C4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=54;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 C4",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=54;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 C4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=55;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 C5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=55;column=Fuel",
    "status": "extracted",
    "test_id": "21112 C5",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=55;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.366422787",
    "value_original": "0.366422787",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=55;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.366422787",
    "value_original": "0.366422787",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=55;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 C5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=55;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 C5",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=55;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 C5",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=56;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 C6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=56;column=Fuel",
    "status": "extracted",
    "test_id": "21112 C6",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=56;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 C6",
    "unit": "1",
    "unit_original": "",
    "value": "0.366422787",
    "value_original": "0.366422787",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=56;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 C6",
    "unit": "1",
    "unit_original": "",
    "value": "0.366422787",
    "value_original": "0.366422787",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=56;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 C6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "94.4396",
    "value_original": "0.9443956",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=56;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 C6",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=56;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 C6",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=57;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=57;column=Fuel",
    "status": "extracted",
    "test_id": "21112 F1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=57;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.2125",
    "value_original": "0.2125",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=57;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.2125",
    "value_original": "0.2125",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=57;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=57;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=57;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 F1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=58;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 F2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=58;column=Fuel",
    "status": "extracted",
    "test_id": "21112 F2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=58;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.2125",
    "value_original": "0.2125",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=58;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.212224743",
    "value_original": "0.212224743",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=58;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=58;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 F2",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=58;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 F2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=59;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 F3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=59;column=Fuel",
    "status": "extracted",
    "test_id": "21112 F3",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=59;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.212224743",
    "value_original": "0.212224743",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=59;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.212004554",
    "value_original": "0.212004554",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=59;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 F3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=59;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 F3",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=59;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 F3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=60;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 F4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=60;column=Fuel",
    "status": "extracted",
    "test_id": "21112 F4",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=60;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 F4",
    "unit": "1",
    "unit_original": "",
    "value": "0.212004554",
    "value_original": "0.212004554",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=60;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 F4",
    "unit": "1",
    "unit_original": "",
    "value": "0.211798144",
    "value_original": "0.211798144",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=60;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 F4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=60;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 F4",
    "unit": "s",
    "unit_original": "sec",
    "value": "10",
    "value_original": "10",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=60;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 F4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=61;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 F5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=61;column=Fuel",
    "status": "extracted",
    "test_id": "21112 F5",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=61;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 F5",
    "unit": "1",
    "unit_original": "",
    "value": "0.211798144",
    "value_original": "0.211798144",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=61;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 F5",
    "unit": "1",
    "unit_original": "",
    "value": "0.211798144",
    "value_original": "0.211798144",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=61;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 F5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=61;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 F5",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=61;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 F5",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=62;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=62;column=Fuel",
    "status": "extracted",
    "test_id": "21112 H1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=62;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.211798144",
    "value_original": "0.211798144",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=62;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.211591749",
    "value_original": "0.211591749",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=62;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=62;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "12",
    "value_original": "12",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=62;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 H1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=63;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 H2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=63;column=Fuel",
    "status": "extracted",
    "test_id": "21112 H2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=63;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.211591749",
    "value_original": "0.211591749",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=63;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.211402567",
    "value_original": "0.211402567",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=63;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=63;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 H2",
    "unit": "s",
    "unit_original": "sec",
    "value": "11",
    "value_original": "11",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=63;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 H2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=64;column=Flame Type",
    "status": "extracted",
    "test_id": "21112 H3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=64;column=Fuel",
    "status": "extracted",
    "test_id": "21112 H3",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=64;column= XO2 before test",
    "status": "extracted",
    "test_id": "21112 H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.211402567",
    "value_original": "0.211402567",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=64;column=XO2  after test",
    "status": "extracted",
    "test_id": "21112 H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.211402567",
    "value_original": "0.211402567",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=64;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21112 H3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=64;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21112 H3",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=64;column=Hot ignition",
    "status": "extracted",
    "test_id": "21112 H3",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=65;column=Flame Type",
    "status": "extracted",
    "test_id": "21125A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=65;column=Fuel",
    "status": "extracted",
    "test_id": "21125A1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=65;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3945",
    "value_original": "0.3945",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=65;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3945",
    "value_original": "0.3945",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=65;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=65;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=65;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125A1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=66;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=66;column=Fuel",
    "status": "extracted",
    "test_id": "21125 A2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=66;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.3945",
    "value_original": "0.3945",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=66;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=66;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=66;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=66;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=67;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=67;column=Fuel",
    "status": "extracted",
    "test_id": "21125 A3",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=67;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=67;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=67;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=67;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=67;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 A3",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=68;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=68;column=Fuel",
    "status": "extracted",
    "test_id": "21125 A4",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=68;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=68;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=68;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=68;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=68;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 A4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=69;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 A5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=69;column=Fuel",
    "status": "extracted",
    "test_id": "21125 A5",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=69;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=69;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=69;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 A5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=69;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 A5",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=69;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 A5",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=70;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 A6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=70;column=Fuel",
    "status": "extracted",
    "test_id": "21125 A6",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=70;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=70;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=70;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 A6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=70;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 A6",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=70;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 A6",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=71;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 A7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=71;column=Fuel",
    "status": "extracted",
    "test_id": "21125 A7",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=71;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 A7",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=71;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 A7",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=71;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 A7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=71;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 A7",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=71;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 A7",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=72;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 A8",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=72;column=Fuel",
    "status": "extracted",
    "test_id": "21125 A8",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=72;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 A8",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=72;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 A8",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=72;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 A8",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=72;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 A8",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=72;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 A8",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=73;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 A9",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=73;column=Fuel",
    "status": "extracted",
    "test_id": "21125 A9",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=73;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 A9",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=73;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 A9",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=73;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 A9",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=73;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 A9",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=73;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 A9",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=74;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=74;column=Fuel",
    "status": "extracted",
    "test_id": "21125 H1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=74;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=74;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=74;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=74;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=74;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 H1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=75;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 H2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=75;column=Fuel",
    "status": "extracted",
    "test_id": "21125 H2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=75;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=75;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=75;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=75;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 H2",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=75;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 H2",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=76;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 H3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=76;column=Fuel",
    "status": "extracted",
    "test_id": "21125 H3",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=76;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=76;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=76;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 H3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=76;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 H3",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=76;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 H3",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=77;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 H4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=77;column=Fuel",
    "status": "extracted",
    "test_id": "21125 H4",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=77;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 H4",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=77;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 H4",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=77;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 H4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=77;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 H4",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=77;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 H4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=78;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 J1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=78;column=Fuel",
    "status": "extracted",
    "test_id": "21125 J1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=78;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=78;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=78;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=78;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=78;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 J1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=79;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 H5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=79;column=Fuel",
    "status": "extracted",
    "test_id": "21125 H5",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=79;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 H5",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=79;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 H5",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=79;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 H5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=79;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 H5",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=79;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 H5",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=80;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 K1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=80;column=Fuel",
    "status": "extracted",
    "test_id": "21125 K1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=80;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394118729",
    "value_original": "0.394118729",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=80;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.389156864",
    "value_original": "0.389156864",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=80;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=80;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "35",
    "value_original": "35",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=80;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 K1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=81;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 K2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=81;column=Fuel",
    "status": "extracted",
    "test_id": "21125 K2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=81;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.389156864",
    "value_original": "0.389156864",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=81;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.38437638",
    "value_original": "0.38437638",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=81;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 K2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=81;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 K2",
    "unit": "s",
    "unit_original": "sec",
    "value": "17",
    "value_original": "17",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=81;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 K2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=82;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 K3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=82;column=Fuel",
    "status": "extracted",
    "test_id": "21125 K3",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=82;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 K3",
    "unit": "1",
    "unit_original": "",
    "value": "0.38437638",
    "value_original": "0.38437638",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=82;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 K3",
    "unit": "1",
    "unit_original": "",
    "value": "0.375720569",
    "value_original": "0.375720569",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=82;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 K3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=82;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 K3",
    "unit": "s",
    "unit_original": "sec",
    "value": "125",
    "value_original": "125",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=82;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 K3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=83;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=83;column=Fuel",
    "status": "extracted",
    "test_id": "21125 D1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=83;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.2111",
    "value_original": "0.2111",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=83;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.211072309",
    "value_original": "0.211072309",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=83;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 D1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=83;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 D1",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=83;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 D1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=84;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 D2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=84;column=Fuel",
    "status": "extracted",
    "test_id": "21125 D2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=84;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.211072309",
    "value_original": "0.211072309",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=84;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.211044619",
    "value_original": "0.211044619",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=84;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 D2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=84;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 D2",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=84;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 D2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=85;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 D3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=85;column=Fuel",
    "status": "extracted",
    "test_id": "21125 D3",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=85;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 D3",
    "unit": "1",
    "unit_original": "",
    "value": "0.211044619",
    "value_original": "0.211044619",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=85;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 D3",
    "unit": "1",
    "unit_original": "",
    "value": "0.211044619",
    "value_original": "0.211044619",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=85;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 D3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=85;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 D3",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=85;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 D3",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=86;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 D4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=86;column=Fuel",
    "status": "extracted",
    "test_id": "21125 D4",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=86;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 D4",
    "unit": "1",
    "unit_original": "",
    "value": "0.211044619",
    "value_original": "0.211044619",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=86;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 D4",
    "unit": "1",
    "unit_original": "",
    "value": "0.211044619",
    "value_original": "0.211044619",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=86;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 D4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=86;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 D4",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=86;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 D4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=87;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 D5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=87;column=Fuel",
    "status": "extracted",
    "test_id": "21125 D5",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=87;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 D5",
    "unit": "1",
    "unit_original": "",
    "value": "0.211044619",
    "value_original": "0.211044619",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=87;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 D5",
    "unit": "1",
    "unit_original": "",
    "value": "0.211044619",
    "value_original": "0.211044619",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=87;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 D5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=87;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 D5",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=87;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 D5",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=88;column=Flame Type",
    "status": "extracted",
    "test_id": "21125 D6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=88;column=Fuel",
    "status": "extracted",
    "test_id": "21125 D6",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=88;column= XO2 before test",
    "status": "extracted",
    "test_id": "21125 D6",
    "unit": "1",
    "unit_original": "",
    "value": "0.211044619",
    "value_original": "0.211044619",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=88;column=XO2  after test",
    "status": "extracted",
    "test_id": "21125 D6",
    "unit": "1",
    "unit_original": "",
    "value": "0.211044619",
    "value_original": "0.211044619",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=88;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21125 D6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=88;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21125 D6",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=88;column=Hot ignition",
    "status": "extracted",
    "test_id": "21125 D6",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=89;column=Flame Type",
    "status": "extracted",
    "test_id": "21130A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=89;column=Fuel",
    "status": "extracted",
    "test_id": "21130A1",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=89;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.2107",
    "value_original": "0.2107",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=89;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.210684692",
    "value_original": "0.210684692",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=89;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=89;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=89;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=90;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=90;column=Fuel",
    "status": "extracted",
    "test_id": "21130 A2",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=90;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.210684692",
    "value_original": "0.210684692",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=90;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.210654078",
    "value_original": "0.210654078",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=90;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=90;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=90;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=91;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=91;column=Fuel",
    "status": "extracted",
    "test_id": "21130 A3",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=91;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.210654078",
    "value_original": "0.210654078",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=91;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.210654078",
    "value_original": "0.210654078",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=91;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=91;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=91;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 A3",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=92;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=92;column=Fuel",
    "status": "extracted",
    "test_id": "21130 A4",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=92;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.210654078",
    "value_original": "0.210654078",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=92;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.210654078",
    "value_original": "0.210654078",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=92;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=92;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=92;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 A4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=93;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 A5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=93;column=Fuel",
    "status": "extracted",
    "test_id": "21130 A5",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=93;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.210654078",
    "value_original": "0.210654078",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=93;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.210623465",
    "value_original": "0.210623465",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=93;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 A5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=93;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 A5",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=93;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 A5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=94;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 A6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=94;column=Fuel",
    "status": "extracted",
    "test_id": "21130 A6",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=94;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.210623465",
    "value_original": "0.210623465",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=94;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.210623465",
    "value_original": "0.210623465",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=94;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 A6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=94;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 A6",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=94;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 A6",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=95;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 A7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=95;column=Fuel",
    "status": "extracted",
    "test_id": "21130 A7",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=95;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 A7",
    "unit": "1",
    "unit_original": "",
    "value": "0.210623465",
    "value_original": "0.210623465",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=95;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 A7",
    "unit": "1",
    "unit_original": "",
    "value": "0.210623465",
    "value_original": "0.210623465",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=95;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 A7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=95;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 A7",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=95;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 A7",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=96;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 A8",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=96;column=Fuel",
    "status": "extracted",
    "test_id": "21130 A8",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=96;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 A8",
    "unit": "1",
    "unit_original": "",
    "value": "0.210623465",
    "value_original": "0.210623465",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=96;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 A8",
    "unit": "1",
    "unit_original": "",
    "value": "0.210623465",
    "value_original": "0.210623465",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=96;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 A8",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=96;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 A8",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=96;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 A8",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=97;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 A9",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=97;column=Fuel",
    "status": "extracted",
    "test_id": "21130 A9",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=97;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 A9",
    "unit": "1",
    "unit_original": "",
    "value": "0.210623465",
    "value_original": "0.210623465",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=97;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 A9",
    "unit": "1",
    "unit_original": "",
    "value": "0.210615813",
    "value_original": "0.210615813",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=97;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 A9",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=97;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 A9",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=97;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 A9",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=98;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 M1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=98;column=Fuel",
    "status": "extracted",
    "test_id": "21130 M1",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=98;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 M1",
    "unit": "1",
    "unit_original": "",
    "value": "0.210615813",
    "value_original": "0.210615813",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=98;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 M1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21050331",
    "value_original": "0.21050331",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=98;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 M1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=98;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 M1",
    "unit": "s",
    "unit_original": "sec",
    "value": "6",
    "value_original": "6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=98;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 M1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=99;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 M2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=99;column=Fuel",
    "status": "extracted",
    "test_id": "21130 M2",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=99;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 M2",
    "unit": "1",
    "unit_original": "",
    "value": "0.21050331",
    "value_original": "0.21050331",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=99;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 M2",
    "unit": "1",
    "unit_original": "",
    "value": "0.210240854",
    "value_original": "0.210240854",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=99;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 M2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=99;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 M2",
    "unit": "s",
    "unit_original": "sec",
    "value": "7",
    "value_original": "7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=99;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 M2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=100;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 M3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=100;column=Fuel",
    "status": "extracted",
    "test_id": "21130 M3",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=100;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 M3",
    "unit": "1",
    "unit_original": "",
    "value": "0.210240854",
    "value_original": "0.210240854",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=100;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 M3",
    "unit": "1",
    "unit_original": "",
    "value": "0.210193989",
    "value_original": "0.210193989",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=100;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 M3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=100;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 M3",
    "unit": "s",
    "unit_original": "sec",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=100;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 M3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=101;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 G1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=101;column=Fuel",
    "status": "extracted",
    "test_id": "21130 G1",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=101;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.2167",
    "value_original": "0.2167",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=101;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.2167",
    "value_original": "0.2167",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=101;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 G1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=101;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 G1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=101;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 G1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=102;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 G2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=102;column=Fuel",
    "status": "extracted",
    "test_id": "21130 G2",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=102;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.2167",
    "value_original": "0.2167",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=102;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.216689654",
    "value_original": "0.216689654",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=102;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 G2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=102;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 G2",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=102;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 G2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=103;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 G3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=103;column=Fuel",
    "status": "extracted",
    "test_id": "21130 G3",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=103;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.216689654",
    "value_original": "0.216689654",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=103;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 G3",
    "unit": "1",
    "unit_original": "",
    "value": "0.216668964",
    "value_original": "0.216668964",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=103;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 G3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=103;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 G3",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=103;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 G3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=104;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 G4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=104;column=Fuel",
    "status": "extracted",
    "test_id": "21130 G4",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=104;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 G4",
    "unit": "1",
    "unit_original": "",
    "value": "0.216668964",
    "value_original": "0.216668964",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=104;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 G4",
    "unit": "1",
    "unit_original": "",
    "value": "0.216668964",
    "value_original": "0.216668964",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=104;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 G4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=104;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 G4",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=104;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 G4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=105;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 G5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=105;column=Fuel",
    "status": "extracted",
    "test_id": "21130 G5",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=105;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 G5",
    "unit": "1",
    "unit_original": "",
    "value": "0.216668964",
    "value_original": "0.216668964",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=105;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 G5",
    "unit": "1",
    "unit_original": "",
    "value": "0.216668964",
    "value_original": "0.216668964",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=105;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 G5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=105;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 G5",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=105;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 G5",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=106;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 G6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=106;column=Fuel",
    "status": "extracted",
    "test_id": "21130 G6",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=106;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 G6",
    "unit": "1",
    "unit_original": "",
    "value": "0.216668964",
    "value_original": "0.216668964",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=106;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 G6",
    "unit": "1",
    "unit_original": "",
    "value": "0.216663791",
    "value_original": "0.216663791",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=106;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 G6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=106;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 G6",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=106;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 G6",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=107;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 G7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=107;column=Fuel",
    "status": "extracted",
    "test_id": "21130 G7",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=107;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 G7",
    "unit": "1",
    "unit_original": "",
    "value": "0.216663791",
    "value_original": "0.216663791",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=107;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 G7",
    "unit": "1",
    "unit_original": "",
    "value": "0.216661205",
    "value_original": "0.216661205",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=107;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 G7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=107;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 G7",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=107;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 G7",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=108;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 N1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=108;column=Fuel",
    "status": "extracted",
    "test_id": "21130 N1",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=108;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.216661205",
    "value_original": "0.216661205",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=108;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.216585869",
    "value_original": "0.216585869",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=108;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 N1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=108;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 N1",
    "unit": "s",
    "unit_original": "sec",
    "value": "6",
    "value_original": "6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=108;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 N1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=109;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 N2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=109;column=Fuel",
    "status": "extracted",
    "test_id": "21130 N2",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=109;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 N2",
    "unit": "1",
    "unit_original": "",
    "value": "0.216585869",
    "value_original": "0.216585869",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=109;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 N2",
    "unit": "1",
    "unit_original": "",
    "value": "0.216435213",
    "value_original": "0.216435213",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=109;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 N2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=109;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 N2",
    "unit": "s",
    "unit_original": "sec",
    "value": "6",
    "value_original": "6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=109;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 N2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=110;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 N3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=110;column=Fuel",
    "status": "extracted",
    "test_id": "21130 N3",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=110;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 N3",
    "unit": "1",
    "unit_original": "",
    "value": "0.216435213",
    "value_original": "0.216435213",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=110;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 N3",
    "unit": "1",
    "unit_original": "",
    "value": "0.216403828",
    "value_original": "0.216403828",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=110;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 N3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=110;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 N3",
    "unit": "s",
    "unit_original": "sec",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=110;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 N3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=111;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 N4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=111;column=Fuel",
    "status": "extracted",
    "test_id": "21130 N4",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=111;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 N4",
    "unit": "1",
    "unit_original": "",
    "value": "0.216403828",
    "value_original": "0.216403828",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=111;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 N4",
    "unit": "1",
    "unit_original": "",
    "value": "0.216372442",
    "value_original": "0.216372442",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=111;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 N4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=111;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 N4",
    "unit": "s",
    "unit_original": "sec",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=111;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 N4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=112;column=Flame Type",
    "status": "extracted",
    "test_id": "21130 N5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=112;column=Fuel",
    "status": "extracted",
    "test_id": "21130 N5",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=112;column= XO2 before test",
    "status": "extracted",
    "test_id": "21130 N5",
    "unit": "1",
    "unit_original": "",
    "value": "0.216372442",
    "value_original": "0.216372442",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=112;column=XO2  after test",
    "status": "extracted",
    "test_id": "21130 N5",
    "unit": "1",
    "unit_original": "",
    "value": "0.216372442",
    "value_original": "0.216372442",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=112;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21130 N5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "303.99",
    "value_original": "3.0399",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=112;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21130 N5",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=112;column=Hot ignition",
    "status": "extracted",
    "test_id": "21130 N5",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=113;column=Flame Type",
    "status": "extracted",
    "test_id": "21137A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=113;column=Fuel",
    "status": "extracted",
    "test_id": "21137A1",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=113;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3996",
    "value_original": "0.3996",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=113;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.397258964",
    "value_original": "0.397258964",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=113;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=113;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "19",
    "value_original": "19",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=113;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=114;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=114;column=Fuel",
    "status": "extracted",
    "test_id": "21137 A2",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=114;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.397258964",
    "value_original": "0.397258964",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=114;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.394768875",
    "value_original": "0.394768875",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=114;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=114;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "39",
    "value_original": "39",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=114;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=115;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=115;column=Fuel",
    "status": "extracted",
    "test_id": "21137 A3",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=115;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.394768875",
    "value_original": "0.394768875",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=115;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.389508666",
    "value_original": "0.389508666",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=115;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=115;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "124",
    "value_original": "124",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=115;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=116;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=116;column=Fuel",
    "status": "extracted",
    "test_id": "21137 B1",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=116;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.389508666",
    "value_original": "0.389508666",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=116;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.371242231",
    "value_original": "0.371242231",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=116;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=116;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "127",
    "value_original": "127",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=116;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=117;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 B2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=117;column=Fuel",
    "status": "extracted",
    "test_id": "21137 B2",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=117;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.371242231",
    "value_original": "0.371242231",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=117;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.357498988",
    "value_original": "0.357498988",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=117;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 B2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=117;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 B2",
    "unit": "s",
    "unit_original": "sec",
    "value": "147",
    "value_original": "147",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=117;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 B2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=118;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=118;column=Fuel",
    "status": "extracted",
    "test_id": "21137 A4",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=118;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.357498988",
    "value_original": "0.357498988",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=118;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.355683743",
    "value_original": "0.355683743",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=118;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=118;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "35",
    "value_original": "35",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=118;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=119;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 A5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=119;column=Fuel",
    "status": "extracted",
    "test_id": "21137 A5",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=119;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.355683743",
    "value_original": "0.355683743",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=119;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.353678232",
    "value_original": "0.353678232",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=119;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 A5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=119;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 A5",
    "unit": "s",
    "unit_original": "sec",
    "value": "44",
    "value_original": "44",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=119;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 A5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=120;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 A6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=120;column=Fuel",
    "status": "extracted",
    "test_id": "21137 A6",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=120;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.353678232",
    "value_original": "0.353678232",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=120;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.352403076",
    "value_original": "0.352403076",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=120;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 A6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=120;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 A6",
    "unit": "s",
    "unit_original": "sec",
    "value": "22",
    "value_original": "22",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=120;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 A6",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=121;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 A7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=121;column=Fuel",
    "status": "extracted",
    "test_id": "21137 A7",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=121;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 A7",
    "unit": "1",
    "unit_original": "",
    "value": "0.352403076",
    "value_original": "0.352403076",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=121;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 A7",
    "unit": "1",
    "unit_original": "",
    "value": "0.350765374",
    "value_original": "0.350765374",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=121;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 A7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=121;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 A7",
    "unit": "s",
    "unit_original": "sec",
    "value": "33",
    "value_original": "33",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=121;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 A7",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=122;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=122;column=Fuel",
    "status": "extracted",
    "test_id": "21137 D1",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=122;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=122;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.209133851",
    "value_original": "0.209133851",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=122;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 D1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=122;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 D1",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=122;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 D1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=123;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 D2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=123;column=Fuel",
    "status": "extracted",
    "test_id": "21137 D2",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=123;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.209133851",
    "value_original": "0.209133851",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=123;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 D2",
    "unit": "1",
    "unit_original": "",
    "value": "0.208927834",
    "value_original": "0.208927834",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=123;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 D2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=123;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 D2",
    "unit": "s",
    "unit_original": "sec",
    "value": "11",
    "value_original": "11",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=123;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 D2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=124;column=Flame Type",
    "status": "extracted",
    "test_id": "21137 C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=124;column=Fuel",
    "status": "extracted",
    "test_id": "21137 C1",
    "unit": "",
    "unit_original": "",
    "value": "30% propane",
    "value_original": "30% propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=124;column= XO2 before test",
    "status": "extracted",
    "test_id": "21137 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.208927834",
    "value_original": "0.208927834",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=124;column=XO2  after test",
    "status": "extracted",
    "test_id": "21137 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.208760367",
    "value_original": "0.208760367",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=124;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21137 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=124;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21137 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=124;column=Hot ignition",
    "status": "extracted",
    "test_id": "21137 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=125;column=Flame Type",
    "status": "extracted",
    "test_id": "21153A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=125;column=Fuel",
    "status": "extracted",
    "test_id": "21153A1",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=125;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3887",
    "value_original": "0.3887",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=125;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.375900202",
    "value_original": "0.375900202",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=125;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=125;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "59",
    "value_original": "59",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=125;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=126;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=126;column=Fuel",
    "status": "extracted",
    "test_id": "21153 A2",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=126;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.375900202",
    "value_original": "0.375900202",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=126;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.363879118",
    "value_original": "0.363879118",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=126;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=126;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "88",
    "value_original": "88",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=126;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=127;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=127;column=Fuel",
    "status": "extracted",
    "test_id": "21153 A3",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=127;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.363879118",
    "value_original": "0.363879118",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=127;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.34080788",
    "value_original": "0.34080788",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=127;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=127;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "258",
    "value_original": "258",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=127;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=128;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=128;column=Fuel",
    "status": "extracted",
    "test_id": "21153 F1",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=128;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.34080788",
    "value_original": "0.34080788",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=128;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.334933586",
    "value_original": "0.334933586",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=128;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=128;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "44",
    "value_original": "44",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=128;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=129;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=129;column=Fuel",
    "status": "extracted",
    "test_id": "21153 A4",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=129;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.334933586",
    "value_original": "0.334933586",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=129;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.332446428",
    "value_original": "0.332446428",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=129;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=129;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "56",
    "value_original": "56",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=129;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=130;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 A5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=130;column=Fuel",
    "status": "extracted",
    "test_id": "21153 A5",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=130;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.332446428",
    "value_original": "0.332446428",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=130;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.314456131",
    "value_original": "0.314456131",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=130;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 A5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=130;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 A5",
    "unit": "s",
    "unit_original": "sec",
    "value": "274",
    "value_original": "274",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=130;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 A5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=131;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=131;column=Fuel",
    "status": "extracted",
    "test_id": "21153 C1",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=131;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3985",
    "value_original": "0.3985",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=131;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.396626309",
    "value_original": "0.396626309",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=131;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=131;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "34",
    "value_original": "34",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=131;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=132;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 C2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=132;column=Fuel",
    "status": "extracted",
    "test_id": "21153 C2",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=132;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.396626309",
    "value_original": "0.396626309",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=132;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.394842385",
    "value_original": "0.394842385",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=132;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=132;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "51",
    "value_original": "51",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=132;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 C2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=133;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 C3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=133;column=Fuel",
    "status": "extracted",
    "test_id": "21153 C3",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=133;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.394842385",
    "value_original": "0.394842385",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=133;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.391980391",
    "value_original": "0.391980391",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=133;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 C3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=133;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 C3",
    "unit": "s",
    "unit_original": "sec",
    "value": "123",
    "value_original": "123",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=133;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 C3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=134;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 G1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=134;column=Fuel",
    "status": "extracted",
    "test_id": "21153 G1",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=134;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.391980391",
    "value_original": "0.391980391",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=134;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.388939354",
    "value_original": "0.388939354",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=134;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 G1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=134;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 G1",
    "unit": "s",
    "unit_original": "sec",
    "value": "131",
    "value_original": "131",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=134;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 G1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=135;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 C4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=135;column=Fuel",
    "status": "extracted",
    "test_id": "21153 C4",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=135;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.388939354",
    "value_original": "0.388939354",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=135;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.384151721",
    "value_original": "0.384151721",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=135;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 C4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=135;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 C4",
    "unit": "s",
    "unit_original": "sec",
    "value": "276",
    "value_original": "276",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=135;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 C4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=136;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 C5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=136;column=Fuel",
    "status": "extracted",
    "test_id": "21153 C5",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=136;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.384151721",
    "value_original": "0.384151721",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=136;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.383585316",
    "value_original": "0.383585316",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=136;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 C5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=136;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 C5",
    "unit": "s",
    "unit_original": "sec",
    "value": "49",
    "value_original": "49",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=136;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 C5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=137;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 C6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=137;column=Fuel",
    "status": "extracted",
    "test_id": "21153 C6",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=137;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 C6",
    "unit": "1",
    "unit_original": "",
    "value": "0.383585316",
    "value_original": "0.383585316",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=137;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 C6",
    "unit": "1",
    "unit_original": "",
    "value": "0.382061285",
    "value_original": "0.382061285",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=137;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 C6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=137;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 C6",
    "unit": "s",
    "unit_original": "sec",
    "value": "44",
    "value_original": "44",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=137;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 C6",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=138;column=Flame Type",
    "status": "extracted",
    "test_id": "21153 C7",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=138;column=Fuel",
    "status": "extracted",
    "test_id": "21153 C7",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=138;column= XO2 before test",
    "status": "extracted",
    "test_id": "21153 C7",
    "unit": "1",
    "unit_original": "",
    "value": "0.382061285",
    "value_original": "0.382061285",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=138;column=XO2  after test",
    "status": "extracted",
    "test_id": "21153 C7",
    "unit": "1",
    "unit_original": "",
    "value": "0.38065424",
    "value_original": "0.38065424",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=138;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21153 C7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=138;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21153 C7",
    "unit": "s",
    "unit_original": "sec",
    "value": "61",
    "value_original": "61",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=138;column=Hot ignition",
    "status": "extracted",
    "test_id": "21153 C7",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=139;column=Flame Type",
    "status": "extracted",
    "test_id": "21162A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=139;column=Fuel",
    "status": "extracted",
    "test_id": "21162A1",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=139;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3997",
    "value_original": "0.3997",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=139;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394966671",
    "value_original": "0.394966671",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=139;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=139;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "43",
    "value_original": "43",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=139;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=140;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=140;column=Fuel",
    "status": "extracted",
    "test_id": "21162 A2",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=140;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.394966671",
    "value_original": "0.394966671",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=140;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.390017987",
    "value_original": "0.390017987",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=140;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=140;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "71",
    "value_original": "71",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=140;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=141;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=141;column=Fuel",
    "status": "extracted",
    "test_id": "21162 A3",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=141;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.390017987",
    "value_original": "0.390017987",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=141;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.37932621",
    "value_original": "0.37932621",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=141;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=141;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "232",
    "value_original": "232",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=141;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=142;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=142;column=Fuel",
    "status": "extracted",
    "test_id": "21162 B1",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=142;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.37932621",
    "value_original": "0.37932621",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=142;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.372085537",
    "value_original": "0.372085537",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=142;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=142;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "158",
    "value_original": "158",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=142;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=143;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=143;column=Fuel",
    "status": "extracted",
    "test_id": "21162 A4",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=143;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.372085537",
    "value_original": "0.372085537",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=143;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.360351946",
    "value_original": "0.360351946",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=143;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=143;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "304",
    "value_original": "304",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=143;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=144;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=144;column=Fuel",
    "status": "extracted",
    "test_id": "21162 C1",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=144;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=144;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.209619681",
    "value_original": "0.209619681",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=144;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=144;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "19",
    "value_original": "19",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=144;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=145;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 C2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=145;column=Fuel",
    "status": "extracted",
    "test_id": "21162 C2",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=145;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.209619681",
    "value_original": "0.209619681",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=145;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.209289501",
    "value_original": "0.209289501",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=145;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=145;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "11",
    "value_original": "11",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=145;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 C2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=146;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 C3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=146;column=Fuel",
    "status": "extracted",
    "test_id": "21162 C3",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=146;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.209289501",
    "value_original": "0.209289501",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=146;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.20892942",
    "value_original": "0.20892942",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=146;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 C3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=146;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 C3",
    "unit": "s",
    "unit_original": "sec",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=146;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 C3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=147;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 C4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=147;column=Fuel",
    "status": "extracted",
    "test_id": "21162 C4",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=147;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.20892942",
    "value_original": "0.20892942",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=147;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.208389559",
    "value_original": "0.208389559",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=147;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 C4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=147;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 C4",
    "unit": "s",
    "unit_original": "sec",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=147;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 C4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=148;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 C5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=148;column=Fuel",
    "status": "extracted",
    "test_id": "21162 C5",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=148;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.208389559",
    "value_original": "0.208389559",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=148;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.207540819",
    "value_original": "0.207540819",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=148;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 C5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=148;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 C5",
    "unit": "s",
    "unit_original": "sec",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=148;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 C5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=149;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=149;column=Fuel",
    "status": "extracted",
    "test_id": "21162 D1",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=149;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.207540819",
    "value_original": "0.207540819",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=149;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.207221235",
    "value_original": "0.207221235",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=149;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 D1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=149;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 D1",
    "unit": "s",
    "unit_original": "sec",
    "value": "16",
    "value_original": "16",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=149;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 D1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=150;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=150;column=Fuel",
    "status": "extracted",
    "test_id": "21162 F1",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=150;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.207221235",
    "value_original": "0.207221235",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=150;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.207221235",
    "value_original": "0.207221235",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=150;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=150;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=150;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 F1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=151;column=Flame Type",
    "status": "extracted",
    "test_id": "21162 F2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=151;column=Fuel",
    "status": "extracted",
    "test_id": "21162 F2",
    "unit": "",
    "unit_original": "",
    "value": "30% ethane",
    "value_original": "30% ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=151;column= XO2 before test",
    "status": "extracted",
    "test_id": "21162 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.207221235",
    "value_original": "0.207221235",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=151;column=XO2  after test",
    "status": "extracted",
    "test_id": "21162 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.206622334",
    "value_original": "0.206622334",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=151;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21162 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=151;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21162 F2",
    "unit": "s",
    "unit_original": "sec",
    "value": "10",
    "value_original": "10",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=151;column=Hot ignition",
    "status": "extracted",
    "test_id": "21162 F2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=152;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=152;column=Fuel",
    "status": "extracted",
    "test_id": "21174 A1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=152;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3886",
    "value_original": "0.3886",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=152;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.38317216",
    "value_original": "0.38317216",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=152;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=152;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "21",
    "value_original": "21",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=152;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=153;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 A2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=153;column=Fuel",
    "status": "extracted",
    "test_id": "21174 A2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=153;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.38317216",
    "value_original": "0.38317216",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=153;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.378521822",
    "value_original": "0.378521822",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=153;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=153;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "29",
    "value_original": "29",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=153;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=154;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 A3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=154;column=Fuel",
    "status": "extracted",
    "test_id": "21174 A3",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=154;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.378521822",
    "value_original": "0.378521822",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=154;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.372051768",
    "value_original": "0.372051768",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=154;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=154;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "54",
    "value_original": "54",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=154;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=155;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 A4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=155;column=Fuel",
    "status": "extracted",
    "test_id": "21174 A4",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=155;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.372051768",
    "value_original": "0.372051768",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=155;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.355439854",
    "value_original": "0.355439854",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=155;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=155;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "210",
    "value_original": "210",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=155;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=156;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=156;column=Fuel",
    "status": "extracted",
    "test_id": "21174 B1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=156;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.355439854",
    "value_original": "0.355439854",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=156;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.346860985",
    "value_original": "0.346860985",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=156;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "50.665",
    "value_original": "0.50665",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=156;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "109",
    "value_original": "109",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=156;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=157;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=157;column=Fuel",
    "status": "extracted",
    "test_id": "21174 C1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=157;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3985",
    "value_original": "0.3985",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=157;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.396546482",
    "value_original": "0.396546482",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=157;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=157;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "30",
    "value_original": "30",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=157;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=158;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 C2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=158;column=Fuel",
    "status": "extracted",
    "test_id": "21174 C2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=158;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.396546482",
    "value_original": "0.396546482",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=158;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.39537253",
    "value_original": "0.39537253",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=158;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=158;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "29",
    "value_original": "29",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=158;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 C2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Cool flame?",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=158;column=Cool flame?",
    "status": "extracted",
    "test_id": "21174 C2",
    "unit": "",
    "unit_original": "",
    "value": "no, PCI-hot",
    "value_original": "no, PCI-hot",
    "variable": "outcome:cool_flame"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=159;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 C3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=159;column=Fuel",
    "status": "extracted",
    "test_id": "21174 C3",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=159;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.39537253",
    "value_original": "0.39537253",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=159;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.394310549",
    "value_original": "0.394310549",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=159;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 C3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=159;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 C3",
    "unit": "s",
    "unit_original": "sec",
    "value": "35",
    "value_original": "35",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=159;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 C3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Cool flame?",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=159;column=Cool flame?",
    "status": "extracted",
    "test_id": "21174 C3",
    "unit": "",
    "unit_original": "",
    "value": "yes, PCI-D",
    "value_original": "yes, PCI-D",
    "variable": "outcome:cool_flame"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=160;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 C4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=160;column=Fuel",
    "status": "extracted",
    "test_id": "21174 C4",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=160;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.394310549",
    "value_original": "0.394310549",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=160;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.392491915",
    "value_original": "0.392491915",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=160;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 C4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=160;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 C4",
    "unit": "s",
    "unit_original": "sec",
    "value": "90",
    "value_original": "90",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=160;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 C4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Cool flame?",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=160;column=Cool flame?",
    "status": "extracted",
    "test_id": "21174 C4",
    "unit": "",
    "unit_original": "",
    "value": "yes, PCI-B",
    "value_original": "yes, PCI-B",
    "variable": "outcome:cool_flame"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=161;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=161;column=Fuel",
    "status": "extracted",
    "test_id": "21174 D1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=161;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.392491915",
    "value_original": "0.392491915",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=161;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.390816348",
    "value_original": "0.390816348",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=161;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 D1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=161;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 D1",
    "unit": "s",
    "unit_original": "sec",
    "value": "83",
    "value_original": "83",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=161;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 D1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Cool flame?",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=161;column=Cool flame?",
    "status": "extracted",
    "test_id": "21174 D1",
    "unit": "",
    "unit_original": "",
    "value": "yes, PCI-C",
    "value_original": "yes, PCI-C",
    "variable": "outcome:cool_flame"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=162;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 F1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=162;column=Fuel",
    "status": "extracted",
    "test_id": "21174 F1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=162;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.390816348",
    "value_original": "0.390816348",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=162;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.389605939",
    "value_original": "0.389605939",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=162;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=162;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "40",
    "value_original": "40",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=162;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Cool flame?",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=162;column=Cool flame?",
    "status": "extracted",
    "test_id": "21174 F1",
    "unit": "",
    "unit_original": "",
    "value": "yes, PCI-E",
    "value_original": "yes, PCI-E",
    "variable": "outcome:cool_flame"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=163;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 C5",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=163;column=Fuel",
    "status": "extracted",
    "test_id": "21174 C5",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=163;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.389605939",
    "value_original": "0.389605939",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=163;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 C5",
    "unit": "1",
    "unit_original": "",
    "value": "0.389263058",
    "value_original": "0.389263058",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=163;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 C5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=163;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 C5",
    "unit": "s",
    "unit_original": "sec",
    "value": "34",
    "value_original": "34",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=163;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 C5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=164;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 C6",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=164;column=Fuel",
    "status": "extracted",
    "test_id": "21174 C6",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=164;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 C6",
    "unit": "1",
    "unit_original": "",
    "value": "0.389263058",
    "value_original": "0.389263058",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=164;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 C6",
    "unit": "1",
    "unit_original": "",
    "value": "0.385474447",
    "value_original": "0.385474447",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=164;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 C6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=164;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 C6",
    "unit": "s",
    "unit_original": "sec",
    "value": "251",
    "value_original": "251",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=164;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 C6",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Cool flame?",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=164;column=Cool flame?",
    "status": "extracted",
    "test_id": "21174 C6",
    "unit": "",
    "unit_original": "",
    "value": "yes, PCI-A",
    "value_original": "yes, PCI-A",
    "variable": "outcome:cool_flame"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=165;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 F2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=165;column=Fuel",
    "status": "extracted",
    "test_id": "21174 F2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=165;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.385474447",
    "value_original": "0.385474447",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=165;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.384750235",
    "value_original": "0.384750235",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=165;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=165;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 F2",
    "unit": "s",
    "unit_original": "sec",
    "value": "24",
    "value_original": "24",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=165;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 F2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=166;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 F3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=166;column=Fuel",
    "status": "extracted",
    "test_id": "21174 F3",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=166;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.384750235",
    "value_original": "0.384750235",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=166;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.384056477",
    "value_original": "0.384056477",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=166;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 F3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=166;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 F3",
    "unit": "s",
    "unit_original": "sec",
    "value": "23",
    "value_original": "23",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=166;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 F3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=167;column=Flame Type",
    "status": "extracted",
    "test_id": "21174 F4",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=167;column=Fuel",
    "status": "extracted",
    "test_id": "21174 F4",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=167;column= XO2 before test",
    "status": "extracted",
    "test_id": "21174 F4",
    "unit": "1",
    "unit_original": "",
    "value": "0.384056477",
    "value_original": "0.384056477",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=167;column=XO2  after test",
    "status": "extracted",
    "test_id": "21174 F4",
    "unit": "1",
    "unit_original": "",
    "value": "0.383001402",
    "value_original": "0.383001402",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=167;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21174 F4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=167;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21174 F4",
    "unit": "s",
    "unit_original": "sec",
    "value": "35",
    "value_original": "35",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=167;column=Hot ignition",
    "status": "extracted",
    "test_id": "21174 F4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=168;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 A1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=168;column=Fuel",
    "status": "extracted",
    "test_id": "21291 A1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=168;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3993",
    "value_original": "0.3993",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=168;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394233062",
    "value_original": "0.394233062",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=168;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=168;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "167",
    "value_original": "167",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=168;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Cool flame?",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=168;column=Cool flame?",
    "status": "extracted",
    "test_id": "21291 A1",
    "unit": "",
    "unit_original": "",
    "value": "yes, PCI-G",
    "value_original": "yes, PCI-G",
    "variable": "outcome:cool_flame"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=169;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 C1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=169;column=Fuel",
    "status": "extracted",
    "test_id": "21291 C1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=169;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394233062",
    "value_original": "0.394233062",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=169;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.389271344",
    "value_original": "0.389271344",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=169;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=169;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "246",
    "value_original": "246",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=169;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Cool flame?",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=169;column=Cool flame?",
    "status": "extracted",
    "test_id": "21291 C1",
    "unit": "",
    "unit_original": "",
    "value": "yes, PCI-F",
    "value_original": "yes, PCI-F",
    "variable": "outcome:cool_flame"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=170;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 C2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=170;column=Fuel",
    "status": "extracted",
    "test_id": "21291 C2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=170;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.389271344",
    "value_original": "0.389271344",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=170;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.388318854",
    "value_original": "0.388318854",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=170;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=170;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "27",
    "value_original": "27",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=170;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 C2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=171;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 B1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=171;column=Fuel",
    "status": "extracted",
    "test_id": "21291 B1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=171;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.388318854",
    "value_original": "0.388318854",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=171;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.387190712",
    "value_original": "0.387190712",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=171;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=171;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "32",
    "value_original": "32",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=171;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=172;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 H1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=172;column=Fuel",
    "status": "extracted",
    "test_id": "21291 H1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=172;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.387190712",
    "value_original": "0.387190712",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=172;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.386174345",
    "value_original": "0.386174345",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=172;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=172;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "35",
    "value_original": "35",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=172;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 H1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=173;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 H2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=173;column=Fuel",
    "status": "extracted",
    "test_id": "21291 H2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=173;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.386174345",
    "value_original": "0.386174345",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=173;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.383427837",
    "value_original": "0.383427837",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=173;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "202.66",
    "value_original": "2.0266",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=173;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 H2",
    "unit": "s",
    "unit_original": "sec",
    "value": "158",
    "value_original": "158",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=173;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 H2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=174;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 D1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=174;column=Fuel",
    "status": "extracted",
    "test_id": "21291 D1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=174;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3978",
    "value_original": "0.3978",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=174;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 D1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394946781",
    "value_original": "0.394946781",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=174;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 D1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=174;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 D1",
    "unit": "s",
    "unit_original": "sec",
    "value": "47",
    "value_original": "47",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=174;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 D1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=175;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 G1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=175;column=Fuel",
    "status": "extracted",
    "test_id": "21291 G1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=175;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.394946781",
    "value_original": "0.394946781",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=175;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 G1",
    "unit": "1",
    "unit_original": "",
    "value": "0.38845523",
    "value_original": "0.38845523",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=175;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 G1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=175;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 G1",
    "unit": "s",
    "unit_original": "sec",
    "value": "161",
    "value_original": "161",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=175;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 G1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=176;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 G2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=176;column=Fuel",
    "status": "extracted",
    "test_id": "21291 G2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=176;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.38845523",
    "value_original": "0.38845523",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=176;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 G2",
    "unit": "1",
    "unit_original": "",
    "value": "0.385436483",
    "value_original": "0.385436483",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=176;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 G2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=176;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 G2",
    "unit": "s",
    "unit_original": "sec",
    "value": "60",
    "value_original": "60",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=176;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 G2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=177;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 J1",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=177;column=Fuel",
    "status": "extracted",
    "test_id": "21291 J1",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=177;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.385436483",
    "value_original": "0.385436483",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=177;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.382657026",
    "value_original": "0.382657026",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=177;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=177;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "80",
    "value_original": "80",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=177;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 J1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=178;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 J2",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=178;column=Fuel",
    "status": "extracted",
    "test_id": "21291 J2",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=178;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.382657026",
    "value_original": "0.382657026",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=178;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.380783875",
    "value_original": "0.380783875",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=178;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 J2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=178;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 J2",
    "unit": "s",
    "unit_original": "sec",
    "value": "27",
    "value_original": "27",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=178;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 J2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=179;column=Flame Type",
    "status": "extracted",
    "test_id": "21291 J3",
    "unit": "",
    "unit_original": "",
    "value": "normal",
    "value_original": "Normal",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=179;column=Fuel",
    "status": "extracted",
    "test_id": "21291 J3",
    "unit": "",
    "unit_original": "",
    "value": "30% butane",
    "value_original": "30% butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, before the test",
    "quote": " XO2 before test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=179;column= XO2 before test",
    "status": "extracted",
    "test_id": "21291 J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.380783875",
    "value_original": "0.380783875",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient, after the test",
    "quote": "XO2  after test",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=179;column=XO2  after test",
    "status": "extracted",
    "test_id": "21291 J3",
    "unit": "1",
    "unit_original": "",
    "value": "0.376957554",
    "value_original": "0.376957554",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=179;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21291 J3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "101.33",
    "value_original": "1.0133",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=179;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21291 J3",
    "unit": "s",
    "unit_original": "sec",
    "value": "83",
    "value_original": "83",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Normal Flames.csv",
    "source_location": "row=179;column=Hot ignition",
    "status": "extracted",
    "test_id": "21291 J3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=1;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=1;column=Fuel",
    "status": "extracted",
    "test_id": "21196 A1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=1;column=XO2",
    "status": "extracted",
    "test_id": "21196 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=1;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110",
    "value_original": "1.10",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=1;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=1;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 A1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=2;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=2;column=Fuel",
    "status": "extracted",
    "test_id": "21196 A2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=2;column=XO2",
    "status": "extracted",
    "test_id": "21196 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=2;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110",
    "value_original": "1.10",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=2;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "35",
    "value_original": "35",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=2;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=3;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=3;column=Fuel",
    "status": "extracted",
    "test_id": "21196 F1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=3;column=XO2",
    "status": "extracted",
    "test_id": "21196 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=3;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=3;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "36",
    "value_original": "36",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=3;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=4;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=4;column=Fuel",
    "status": "extracted",
    "test_id": "21196 H1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=4;column=XO2",
    "status": "extracted",
    "test_id": "21196 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.12",
    "value_original": "0.12",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=4;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=4;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=4;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 H1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=5;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=5;column=Fuel",
    "status": "extracted",
    "test_id": "21196 J1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=5;column=XO2",
    "status": "extracted",
    "test_id": "21196 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.135",
    "value_original": "0.135",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=5;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=5;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=5;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 J1",
    "unit": "",
    "unit_original": "",
    "value": "flash",
    "value_original": "flash",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=6;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 F2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=6;column=Fuel",
    "status": "extracted",
    "test_id": "21196 F2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=6;column=XO2",
    "status": "extracted",
    "test_id": "21196 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=6;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=6;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 F2",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=6;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 F2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=7;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 F3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=7;column=Fuel",
    "status": "extracted",
    "test_id": "21196 F3",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=7;column=XO2",
    "status": "extracted",
    "test_id": "21196 F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=7;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 F3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=7;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 F3",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=7;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 F3",
    "unit": "",
    "unit_original": "",
    "value": "flash",
    "value_original": "flash",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=8;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 F4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=8;column=Fuel",
    "status": "extracted",
    "test_id": "21196 F4",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=8;column=XO2",
    "status": "extracted",
    "test_id": "21196 F4",
    "unit": "1",
    "unit_original": "",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=8;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 F4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=8;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 F4",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=8;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 F4",
    "unit": "",
    "unit_original": "",
    "value": "flash",
    "value_original": "flash",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=9;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 F5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=9;column=Fuel",
    "status": "extracted",
    "test_id": "21196 F5",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=9;column=XO2",
    "status": "extracted",
    "test_id": "21196 F5",
    "unit": "1",
    "unit_original": "",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=9;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 F5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=9;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 F5",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=9;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 F5",
    "unit": "",
    "unit_original": "",
    "value": "flash",
    "value_original": "flash",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=10;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 F6",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=10;column=Fuel",
    "status": "extracted",
    "test_id": "21196 F6",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=10;column=XO2",
    "status": "extracted",
    "test_id": "21196 F6",
    "unit": "1",
    "unit_original": "",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=10;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 F6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=10;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 F6",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=10;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 F6",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=11;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 K1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=11;column=Fuel",
    "status": "extracted",
    "test_id": "21196 K1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=11;column=XO2",
    "status": "extracted",
    "test_id": "21196 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=11;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "49.5382",
    "value_original": "0.4953817",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=11;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=11;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 K1",
    "unit": "",
    "unit_original": "",
    "value": "flash",
    "value_original": "flash",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=12;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 L1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=12;column=Fuel",
    "status": "extracted",
    "test_id": "21196 L1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=12;column=XO2",
    "status": "extracted",
    "test_id": "21196 L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=12;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 L1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "49.5382",
    "value_original": "0.4953817",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=12;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 L1",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=12;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 L1",
    "unit": "",
    "unit_original": "",
    "value": "flash",
    "value_original": "flash",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=13;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 L2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=13;column=Fuel",
    "status": "extracted",
    "test_id": "21196 L2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=13;column=XO2",
    "status": "extracted",
    "test_id": "21196 L2",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=13;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 L2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "49.5382",
    "value_original": "0.4953817",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=13;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 L2",
    "unit": "s",
    "unit_original": "sec",
    "value": "63",
    "value_original": "63",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=13;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 L2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=14;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 M1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=14;column=Fuel",
    "status": "extracted",
    "test_id": "21196 M1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=14;column=XO2",
    "status": "extracted",
    "test_id": "21196 M1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=14;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 M1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "49.5382",
    "value_original": "0.4953817",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=14;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 M1",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=14;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 M1",
    "unit": "",
    "unit_original": "",
    "value": "flash",
    "value_original": "flash",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=15;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 M2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=15;column=Fuel",
    "status": "extracted",
    "test_id": "21196 M2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=15;column=XO2",
    "status": "extracted",
    "test_id": "21196 M2",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=15;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 M2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "49.5382",
    "value_original": "0.4953817",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=15;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 M2",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=15;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 M2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=16;column=Flame Type",
    "status": "extracted",
    "test_id": "21196 M2_1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=16;column=Fuel",
    "status": "extracted",
    "test_id": "21196 M2_1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=16;column=XO2",
    "status": "extracted",
    "test_id": "21196 M2_1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; rounded to 6 significant digits; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=16;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21196 M2_1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "49.5382",
    "value_original": "0.4953817",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=16;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21196 M2_1",
    "unit": "s",
    "unit_original": "sec",
    "value": "64",
    "value_original": "64",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=16;column=Hot ignition",
    "status": "extracted",
    "test_id": "21196 M2_1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=17;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=17;column=Fuel",
    "status": "extracted",
    "test_id": "21202 A1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=17;column=XO2",
    "status": "extracted",
    "test_id": "21202 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=17;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=17;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=17;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 A1",
    "unit": "",
    "unit_original": "",
    "value": "no",
    "value_original": "no",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=18;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=18;column=Fuel",
    "status": "extracted",
    "test_id": "21202 A2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=18;column=XO2",
    "status": "extracted",
    "test_id": "21202 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=18;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=18;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "2",
    "value_original": "2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=18;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=19;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 A3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=19;column=Fuel",
    "status": "extracted",
    "test_id": "21202 A3",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=19;column=XO2",
    "status": "extracted",
    "test_id": "21202 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=19;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=19;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "3.5",
    "value_original": "3.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=19;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=20;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 A4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=20;column=Fuel",
    "status": "extracted",
    "test_id": "21202 A4",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=20;column=XO2",
    "status": "extracted",
    "test_id": "21202 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=20;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=20;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=20;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=21;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=21;column=Fuel",
    "status": "extracted",
    "test_id": "21202 H1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=21;column=XO2",
    "status": "extracted",
    "test_id": "21202 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=21;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=21;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "28",
    "value_original": "28",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=21;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 H1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=22;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 H2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=22;column=Fuel",
    "status": "extracted",
    "test_id": "21202 H2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=22;column=XO2",
    "status": "extracted",
    "test_id": "21202 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=22;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=22;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 H2",
    "unit": "s",
    "unit_original": "sec",
    "value": "16",
    "value_original": "16",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=22;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 H2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=23;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 H3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=23;column=Fuel",
    "status": "extracted",
    "test_id": "21202 H3",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=23;column=XO2",
    "status": "extracted",
    "test_id": "21202 H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=23;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 H3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=23;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 H3",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=23;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 H3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=24;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 H4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=24;column=Fuel",
    "status": "extracted",
    "test_id": "21202 H4",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=24;column=XO2",
    "status": "extracted",
    "test_id": "21202 H4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=24;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 H4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=24;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 H4",
    "unit": "s",
    "unit_original": "sec",
    "value": "41",
    "value_original": "41",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=24;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 H4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=25;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=25;column=Fuel",
    "status": "extracted",
    "test_id": "21202 J1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=25;column=XO2",
    "status": "extracted",
    "test_id": "21202 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=25;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=25;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "53",
    "value_original": "53",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=25;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 J1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=26;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 K1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=26;column=Fuel",
    "status": "extracted",
    "test_id": "21202 K1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=26;column=XO2",
    "status": "extracted",
    "test_id": "21202 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=26;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=26;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "55",
    "value_original": "55",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=26;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 K1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=27;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 K2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=27;column=Fuel",
    "status": "extracted",
    "test_id": "21202 K2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=27;column=XO2",
    "status": "extracted",
    "test_id": "21202 K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=27;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 K2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=27;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 K2",
    "unit": "s",
    "unit_original": "sec",
    "value": "21",
    "value_original": "21",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=27;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 K2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=28;column=Flame Type",
    "status": "extracted",
    "test_id": "21202 L1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=28;column=Fuel",
    "status": "extracted",
    "test_id": "21202 L1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=28;column=XO2",
    "status": "extracted",
    "test_id": "21202 L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=28;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21202 L1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=28;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21202 L1",
    "unit": "s",
    "unit_original": "sec",
    "value": "50",
    "value_original": "50",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=28;column=Hot ignition",
    "status": "extracted",
    "test_id": "21202 L1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=29;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=29;column=Fuel",
    "status": "extracted",
    "test_id": "21209 A1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=29;column=XO2",
    "status": "extracted",
    "test_id": "21209 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=29;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=29;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "26",
    "value_original": "26",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=29;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=30;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=30;column=Fuel",
    "status": "extracted",
    "test_id": "21209 A2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=30;column=XO2",
    "status": "extracted",
    "test_id": "21209 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=30;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=30;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=30;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 A2",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=31;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 A3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=31;column=Fuel",
    "status": "extracted",
    "test_id": "21209 A3",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=31;column=XO2",
    "status": "extracted",
    "test_id": "21209 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=31;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=31;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "67",
    "value_original": "67",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=31;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=32;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=32;column=Fuel",
    "status": "extracted",
    "test_id": "21209 B1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=32;column=XO2",
    "status": "extracted",
    "test_id": "21209 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=32;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=32;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "136",
    "value_original": "136",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=32;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=33;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 A4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=33;column=Fuel",
    "status": "extracted",
    "test_id": "21209 A4",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=33;column=XO2",
    "status": "extracted",
    "test_id": "21209 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=33;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=33;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=33;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=34;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=34;column=Fuel",
    "status": "extracted",
    "test_id": "21209 H1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=34;column=XO2",
    "status": "extracted",
    "test_id": "21209 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=34;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=34;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=34;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 H1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=35;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=35;column=Fuel",
    "status": "extracted",
    "test_id": "21209 J1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=35;column=XO2",
    "status": "extracted",
    "test_id": "21209 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=35;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=35;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=35;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 J1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=36;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=36;column=Fuel",
    "status": "extracted",
    "test_id": "21209 F1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=36;column=XO2",
    "status": "extracted",
    "test_id": "21209 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=36;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=36;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=36;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=37;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 F2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=37;column=Fuel",
    "status": "extracted",
    "test_id": "21209 F2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=37;column=XO2",
    "status": "extracted",
    "test_id": "21209 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=37;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=37;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 F2",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=37;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 F2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=38;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 F3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=38;column=Fuel",
    "status": "extracted",
    "test_id": "21209 F3",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=38;column=XO2",
    "status": "extracted",
    "test_id": "21209 F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=38;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 F3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=38;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 F3",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=38;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 F3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=39;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 B2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=39;column=Fuel",
    "status": "extracted",
    "test_id": "21209 B2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=39;column=XO2",
    "status": "extracted",
    "test_id": "21209 B2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=39;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 B2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=39;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 B2",
    "unit": "s",
    "unit_original": "sec",
    "value": "48",
    "value_original": "48",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=39;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 B2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=40;column=Flame Type",
    "status": "extracted",
    "test_id": "21209 K1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=40;column=Fuel",
    "status": "extracted",
    "test_id": "21209 K1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=40;column=XO2",
    "status": "extracted",
    "test_id": "21209 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=40;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21209 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=40;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21209 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "26",
    "value_original": "26",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=40;column=Hot ignition",
    "status": "extracted",
    "test_id": "21209 K1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=41;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=41;column=Fuel",
    "status": "extracted",
    "test_id": "21216 A1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=41;column=XO2",
    "status": "extracted",
    "test_id": "21216 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=41;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=41;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "17",
    "value_original": "17",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=41;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=42;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=42;column=Fuel",
    "status": "extracted",
    "test_id": "21216 A2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=42;column=XO2",
    "status": "extracted",
    "test_id": "21216 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=42;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=42;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "15",
    "value_original": "15",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=42;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=43;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 A3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=43;column=Fuel",
    "status": "extracted",
    "test_id": "21216 A3",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=43;column=XO2",
    "status": "extracted",
    "test_id": "21216 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=43;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=43;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "15",
    "value_original": "15",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=43;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=44;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 A4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=44;column=Fuel",
    "status": "extracted",
    "test_id": "21216 A4",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=44;column=XO2",
    "status": "extracted",
    "test_id": "21216 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=44;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=44;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "36",
    "value_original": "36",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=44;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=45;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 A5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=45;column=Fuel",
    "status": "extracted",
    "test_id": "21216 A5",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=45;column=XO2",
    "status": "extracted",
    "test_id": "21216 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=45;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 A5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=45;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 A5",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=45;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 A5",
    "unit": "",
    "unit_original": "",
    "value": "flash",
    "value_original": "flash",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=46;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 A6",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=46;column=Fuel",
    "status": "extracted",
    "test_id": "21216 A6",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=46;column=XO2",
    "status": "extracted",
    "test_id": "21216 A6",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=46;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 A6",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=46;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 A6",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=46;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 A6",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=47;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=47;column=Fuel",
    "status": "extracted",
    "test_id": "21216 B1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=47;column=XO2",
    "status": "extracted",
    "test_id": "21216 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=47;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=47;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "25",
    "value_original": "25",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=47;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=48;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=48;column=Fuel",
    "status": "extracted",
    "test_id": "21216 C1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=48;column=XO2",
    "status": "extracted",
    "test_id": "21216 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=48;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=48;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "12",
    "value_original": "12",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=48;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=49;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=49;column=Fuel",
    "status": "extracted",
    "test_id": "21216 F1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=49;column=XO2",
    "status": "extracted",
    "test_id": "21216 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=49;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=49;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "68",
    "value_original": "68",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=49;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=50;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=50;column=Fuel",
    "status": "extracted",
    "test_id": "21216 H1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=50;column=XO2",
    "status": "extracted",
    "test_id": "21216 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=50;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=50;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "20",
    "value_original": "20",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=50;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 H1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=51;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 H2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=51;column=Fuel",
    "status": "extracted",
    "test_id": "21216 H2",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=51;column=XO2",
    "status": "extracted",
    "test_id": "21216 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=51;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=51;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 H2",
    "unit": "s",
    "unit_original": "sec",
    "value": "18",
    "value_original": "18",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=51;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 H2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=52;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=52;column=Fuel",
    "status": "extracted",
    "test_id": "21216 J1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=52;column=XO2",
    "status": "extracted",
    "test_id": "21216 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=52;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=52;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "19",
    "value_original": "19",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=52;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 J1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=53;column=Flame Type",
    "status": "extracted",
    "test_id": "21216 K1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=53;column=Fuel",
    "status": "extracted",
    "test_id": "21216 K1",
    "unit": "",
    "unit_original": "",
    "value": "ethane",
    "value_original": "ethane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=53;column=XO2",
    "status": "extracted",
    "test_id": "21216 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=53;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21216 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=53;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21216 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=53;column=Hot ignition",
    "status": "extracted",
    "test_id": "21216 K1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=54;column=Flame Type",
    "status": "extracted",
    "test_id": "21222 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=54;column=Fuel",
    "status": "extracted",
    "test_id": "21222 A1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=54;column=XO2",
    "status": "extracted",
    "test_id": "21222 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=54;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21222 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=54;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21222 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "10",
    "value_original": "10",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=54;column=Hot ignition",
    "status": "extracted",
    "test_id": "21222 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=55;column=Flame Type",
    "status": "extracted",
    "test_id": "21222 A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=55;column=Fuel",
    "status": "extracted",
    "test_id": "21222 A2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=55;column=XO2",
    "status": "extracted",
    "test_id": "21222 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=55;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21222 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=55;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21222 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "16",
    "value_original": "16",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=55;column=Hot ignition",
    "status": "extracted",
    "test_id": "21222 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=56;column=Flame Type",
    "status": "extracted",
    "test_id": "21222 A3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=56;column=Fuel",
    "status": "extracted",
    "test_id": "21222 A3",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=56;column=XO2",
    "status": "extracted",
    "test_id": "21222 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=56;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21222 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=56;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21222 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "18",
    "value_original": "18",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=56;column=Hot ignition",
    "status": "extracted",
    "test_id": "21222 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=57;column=Flame Type",
    "status": "extracted",
    "test_id": "21222 A4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=57;column=Fuel",
    "status": "extracted",
    "test_id": "21222 A4",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=57;column=XO2",
    "status": "extracted",
    "test_id": "21222 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=57;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21222 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=57;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21222 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "13",
    "value_original": "13",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=57;column=Hot ignition",
    "status": "extracted",
    "test_id": "21222 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=58;column=Flame Type",
    "status": "extracted",
    "test_id": "21222 A5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=58;column=Fuel",
    "status": "extracted",
    "test_id": "21222 A5",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=58;column=XO2",
    "status": "extracted",
    "test_id": "21222 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=58;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21222 A5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=58;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21222 A5",
    "unit": "s",
    "unit_original": "sec",
    "value": "3",
    "value_original": "3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=58;column=Hot ignition",
    "status": "extracted",
    "test_id": "21222 A5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=59;column=Flame Type",
    "status": "extracted",
    "test_id": "21222 B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=59;column=Fuel",
    "status": "extracted",
    "test_id": "21222 B1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=59;column=XO2",
    "status": "extracted",
    "test_id": "21222 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=59;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21222 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=59;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21222 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "17",
    "value_original": "17",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=59;column=Hot ignition",
    "status": "extracted",
    "test_id": "21222 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=60;column=Flame Type",
    "status": "extracted",
    "test_id": "21222 C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=60;column=Fuel",
    "status": "extracted",
    "test_id": "21222 C1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=60;column=XO2",
    "status": "extracted",
    "test_id": "21222 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=60;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21222 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=60;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21222 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "6",
    "value_original": "6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=60;column=Hot ignition",
    "status": "extracted",
    "test_id": "21222 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=61;column=Flame Type",
    "status": "extracted",
    "test_id": "21222 C2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=61;column=Fuel",
    "status": "extracted",
    "test_id": "21222 C2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=61;column=XO2",
    "status": "extracted",
    "test_id": "21222 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=61;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21222 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=61;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21222 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=61;column=Hot ignition",
    "status": "extracted",
    "test_id": "21222 C2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=62;column=Flame Type",
    "status": "extracted",
    "test_id": "21222 F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=62;column=Fuel",
    "status": "extracted",
    "test_id": "21222 F1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=62;column=XO2",
    "status": "extracted",
    "test_id": "21222 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=62;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21222 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=62;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21222 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=62;column=Hot ignition",
    "status": "extracted",
    "test_id": "21222 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=63;column=Flame Type",
    "status": "extracted",
    "test_id": "21222 F2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=63;column=Fuel",
    "status": "extracted",
    "test_id": "21222 F2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=63;column=XO2",
    "status": "extracted",
    "test_id": "21222 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=63;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21222 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=63;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21222 F2",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=63;column=Hot ignition",
    "status": "extracted",
    "test_id": "21222 F2",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=64;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "Inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=64;column=Fuel",
    "status": "extracted",
    "test_id": "21228 A1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=64;column=XO2",
    "status": "extracted",
    "test_id": "21228 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=64;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=64;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=64;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=65;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=65;column=Fuel",
    "status": "extracted",
    "test_id": "21228 A2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=65;column=XO2",
    "status": "extracted",
    "test_id": "21228 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=65;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=65;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "11",
    "value_original": "11",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=65;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=66;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 A3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=66;column=Fuel",
    "status": "extracted",
    "test_id": "21228 A3",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=66;column=XO2",
    "status": "extracted",
    "test_id": "21228 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=66;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=66;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "12",
    "value_original": "12",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=66;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=67;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 A4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=67;column=Fuel",
    "status": "extracted",
    "test_id": "21228 A4",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=67;column=XO2",
    "status": "extracted",
    "test_id": "21228 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=67;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=67;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "12",
    "value_original": "12",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=67;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=68;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=68;column=Fuel",
    "status": "extracted",
    "test_id": "21228 B1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=68;column=XO2",
    "status": "extracted",
    "test_id": "21228 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=68;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=68;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "16",
    "value_original": "16",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=68;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=69;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=69;column=Fuel",
    "status": "extracted",
    "test_id": "21228 C1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=69;column=XO2",
    "status": "extracted",
    "test_id": "21228 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=69;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=69;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=69;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=70;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 C2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=70;column=Fuel",
    "status": "extracted",
    "test_id": "21228 C2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=70;column=XO2",
    "status": "extracted",
    "test_id": "21228 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=70;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=70;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=70;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 C2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=71;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 C3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=71;column=Fuel",
    "status": "extracted",
    "test_id": "21228 C3",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=71;column=XO2",
    "status": "extracted",
    "test_id": "21228 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=71;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 C3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=71;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 C3",
    "unit": "s",
    "unit_original": "sec",
    "value": "7",
    "value_original": "7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=71;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 C3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=72;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 C4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=72;column=Fuel",
    "status": "extracted",
    "test_id": "21228 C4",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=72;column=XO2",
    "status": "extracted",
    "test_id": "21228 C4",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=72;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 C4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=72;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 C4",
    "unit": "s",
    "unit_original": "sec",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=72;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 C4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=73;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=73;column=Fuel",
    "status": "extracted",
    "test_id": "21228 F1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=73;column=XO2",
    "status": "extracted",
    "test_id": "21228 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=73;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=73;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "65",
    "value_original": "65",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=73;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=74;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=74;column=Fuel",
    "status": "extracted",
    "test_id": "21228 H1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=74;column=XO2",
    "status": "extracted",
    "test_id": "21228 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=74;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=74;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=74;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 H1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=75;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 H2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=75;column=Fuel",
    "status": "extracted",
    "test_id": "21228 H2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=75;column=XO2",
    "status": "extracted",
    "test_id": "21228 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=75;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=75;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 H2",
    "unit": "s",
    "unit_original": "sec",
    "value": "15",
    "value_original": "15",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=75;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 H2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=76;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=76;column=Fuel",
    "status": "extracted",
    "test_id": "21228 J1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=76;column=XO2",
    "status": "extracted",
    "test_id": "21228 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=76;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=76;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "18",
    "value_original": "18",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=76;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 J1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=77;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 K1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=77;column=Fuel",
    "status": "extracted",
    "test_id": "21228 K1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=77;column=XO2",
    "status": "extracted",
    "test_id": "21228 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=77;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=77;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=77;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 K1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=78;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 K2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=78;column=Fuel",
    "status": "extracted",
    "test_id": "21228 K2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=78;column=XO2",
    "status": "extracted",
    "test_id": "21228 K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=78;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 K2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=78;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 K2",
    "unit": "s",
    "unit_original": "sec",
    "value": "12",
    "value_original": "12",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=78;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 K2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=79;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 L1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=79;column=Fuel",
    "status": "extracted",
    "test_id": "21228 L1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=79;column=XO2",
    "status": "extracted",
    "test_id": "21228 L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=79;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 L1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=79;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 L1",
    "unit": "s",
    "unit_original": "sec",
    "value": "3",
    "value_original": "3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=79;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 L1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=80;column=Flame Type",
    "status": "extracted",
    "test_id": "21228 L2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=80;column=Fuel",
    "status": "extracted",
    "test_id": "21228 L2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=80;column=XO2",
    "status": "extracted",
    "test_id": "21228 L2",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=80;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21228 L2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=80;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21228 L2",
    "unit": "s",
    "unit_original": "sec",
    "value": "16",
    "value_original": "16",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=80;column=Hot ignition",
    "status": "extracted",
    "test_id": "21228 L2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=81;column=Flame Type",
    "status": "extracted",
    "test_id": "21235 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=81;column=Fuel",
    "status": "extracted",
    "test_id": "21235 A1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=81;column=XO2",
    "status": "extracted",
    "test_id": "21235 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=81;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21235 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=81;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21235 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=81;column=Hot ignition",
    "status": "extracted",
    "test_id": "21235 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=82;column=Flame Type",
    "status": "extracted",
    "test_id": "21235 A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=82;column=Fuel",
    "status": "extracted",
    "test_id": "21235 A2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=82;column=XO2",
    "status": "extracted",
    "test_id": "21235 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=82;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21235 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=82;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21235 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=82;column=Hot ignition",
    "status": "extracted",
    "test_id": "21235 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=83;column=Flame Type",
    "status": "extracted",
    "test_id": "21235 C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=83;column=Fuel",
    "status": "extracted",
    "test_id": "21235 C1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=83;column=XO2",
    "status": "extracted",
    "test_id": "21235 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=83;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21235 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=83;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21235 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=83;column=Hot ignition",
    "status": "extracted",
    "test_id": "21235 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=84;column=Flame Type",
    "status": "extracted",
    "test_id": "21235 F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=84;column=Fuel",
    "status": "extracted",
    "test_id": "21235 F1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=84;column=XO2",
    "status": "extracted",
    "test_id": "21235 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=84;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21235 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=84;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21235 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=84;column=Hot ignition",
    "status": "extracted",
    "test_id": "21235 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=85;column=Flame Type",
    "status": "extracted",
    "test_id": "21235 F2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=85;column=Fuel",
    "status": "extracted",
    "test_id": "21235 F2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=85;column=XO2",
    "status": "extracted",
    "test_id": "21235 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=85;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21235 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=85;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21235 F2",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=85;column=Hot ignition",
    "status": "extracted",
    "test_id": "21235 F2",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=86;column=Flame Type",
    "status": "extracted",
    "test_id": "21235 H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=86;column=Fuel",
    "status": "extracted",
    "test_id": "21235 H1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=86;column=XO2",
    "status": "extracted",
    "test_id": "21235 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=86;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21235 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=86;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21235 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "4",
    "value_original": "4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=86;column=Hot ignition",
    "status": "extracted",
    "test_id": "21235 H1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=87;column=Flame Type",
    "status": "extracted",
    "test_id": "21235 J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=87;column=Fuel",
    "status": "extracted",
    "test_id": "21235 J1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=87;column=XO2",
    "status": "extracted",
    "test_id": "21235 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.19",
    "value_original": "0.19",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=87;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21235 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=87;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21235 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=87;column=Hot ignition",
    "status": "extracted",
    "test_id": "21235 J1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=88;column=Flame Type",
    "status": "extracted",
    "test_id": "21235 B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=88;column=Fuel",
    "status": "extracted",
    "test_id": "21235 B1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=88;column=XO2",
    "status": "extracted",
    "test_id": "21235 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=88;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21235 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=88;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21235 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "152",
    "value_original": "152",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=88;column=Hot ignition",
    "status": "extracted",
    "test_id": "21235 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=89;column=Flame Type",
    "status": "extracted",
    "test_id": "21235 K1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=89;column=Fuel",
    "status": "extracted",
    "test_id": "21235 K1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=89;column=XO2",
    "status": "extracted",
    "test_id": "21235 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=89;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21235 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=89;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21235 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=89;column=Hot ignition",
    "status": "extracted",
    "test_id": "21235 K1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=90;column=Flame Type",
    "status": "extracted",
    "test_id": "21235 L1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=90;column=Fuel",
    "status": "extracted",
    "test_id": "21235 L1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=90;column=XO2",
    "status": "extracted",
    "test_id": "21235 L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=90;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21235 L1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=90;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21235 L1",
    "unit": "s",
    "unit_original": "sec",
    "value": "127",
    "value_original": "127",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=90;column=Hot ignition",
    "status": "extracted",
    "test_id": "21235 L1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=91;column=Flame Type",
    "status": "extracted",
    "test_id": "21242 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=91;column=Fuel",
    "status": "extracted",
    "test_id": "21242 A1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=91;column=XO2",
    "status": "extracted",
    "test_id": "21242 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=91;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21242 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=91;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21242 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "12",
    "value_original": "12",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=91;column=Hot ignition",
    "status": "extracted",
    "test_id": "21242 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=92;column=Flame Type",
    "status": "extracted",
    "test_id": "21242 P1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=92;column=Fuel",
    "status": "extracted",
    "test_id": "21242 P1",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=92;column=XO2",
    "status": "extracted",
    "test_id": "21242 P1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=92;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21242 P1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=92;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21242 P1",
    "unit": "s",
    "unit_original": "sec",
    "value": "21",
    "value_original": "21",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=92;column=Hot ignition",
    "status": "extracted",
    "test_id": "21242 P1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=93;column=Flame Type",
    "status": "extracted",
    "test_id": "21242 F2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=93;column=Fuel",
    "status": "extracted",
    "test_id": "21242 F2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=93;column=XO2",
    "status": "extracted",
    "test_id": "21242 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=93;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21242 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=93;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21242 F2",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=93;column=Hot ignition",
    "status": "extracted",
    "test_id": "21242 F2",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=94;column=Flame Type",
    "status": "extracted",
    "test_id": "21242 F3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=94;column=Fuel",
    "status": "extracted",
    "test_id": "21242 F3",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=94;column=XO2",
    "status": "extracted",
    "test_id": "21242 F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=94;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21242 F3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=94;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21242 F3",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=94;column=Hot ignition",
    "status": "extracted",
    "test_id": "21242 F3",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=95;column=Flame Type",
    "status": "extracted",
    "test_id": "21242 F4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=95;column=Fuel",
    "status": "extracted",
    "test_id": "21242 F4",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=95;column=XO2",
    "status": "extracted",
    "test_id": "21242 F4",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=95;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21242 F4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=95;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21242 F4",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=95;column=Hot ignition",
    "status": "extracted",
    "test_id": "21242 F4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=96;column=Flame Type",
    "status": "extracted",
    "test_id": "21242 P2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=96;column=Fuel",
    "status": "extracted",
    "test_id": "21242 P2",
    "unit": "",
    "unit_original": "",
    "value": "propane",
    "value_original": "propane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=96;column=XO2",
    "status": "extracted",
    "test_id": "21242 P2",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=96;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21242 P2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=96;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21242 P2",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=96;column=Hot ignition",
    "status": "extracted",
    "test_id": "21242 P2",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=97;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=97;column=Fuel",
    "status": "extracted",
    "test_id": "21256 A1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=97;column=XO2",
    "status": "extracted",
    "test_id": "21256 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=97;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=97;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=97;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=98;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=98;column=Fuel",
    "status": "extracted",
    "test_id": "21256 A2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=98;column=XO2",
    "status": "extracted",
    "test_id": "21256 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=98;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=98;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "11",
    "value_original": "11",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=98;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=99;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 A3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=99;column=Fuel",
    "status": "extracted",
    "test_id": "21256 A3",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=99;column=XO2",
    "status": "extracted",
    "test_id": "21256 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=99;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=99;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "11",
    "value_original": "11",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=99;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=100;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 A4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=100;column=Fuel",
    "status": "extracted",
    "test_id": "21256 A4",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=100;column=XO2",
    "status": "extracted",
    "test_id": "21256 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=100;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=100;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=100;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=101;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 A5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=101;column=Fuel",
    "status": "extracted",
    "test_id": "21256 A5",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=101;column=XO2",
    "status": "extracted",
    "test_id": "21256 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=101;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 A5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=101;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 A5",
    "unit": "s",
    "unit_original": "sec",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=101;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 A5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=102;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=102;column=Fuel",
    "status": "extracted",
    "test_id": "21256 C1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=102;column=XO2",
    "status": "extracted",
    "test_id": "21256 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=102;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=102;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=102;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=103;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=103;column=Fuel",
    "status": "extracted",
    "test_id": "21256 F1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=103;column=XO2",
    "status": "extracted",
    "test_id": "21256 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=103;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=103;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=103;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=104;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 B1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=104;column=Fuel",
    "status": "extracted",
    "test_id": "21256 B1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=104;column=XO2",
    "status": "extracted",
    "test_id": "21256 B1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=104;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 B1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=104;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 B1",
    "unit": "s",
    "unit_original": "sec",
    "value": "13",
    "value_original": "13",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=104;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 B1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=105;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 C2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=105;column=Fuel",
    "status": "extracted",
    "test_id": "21256 C2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=105;column=XO2",
    "status": "extracted",
    "test_id": "21256 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=105;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=105;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=105;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 C2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=106;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=106;column=Fuel",
    "status": "extracted",
    "test_id": "21256 H1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=106;column=XO2",
    "status": "extracted",
    "test_id": "21256 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=106;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=106;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "7",
    "value_original": "7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=106;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 H1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=107;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 H2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=107;column=Fuel",
    "status": "extracted",
    "test_id": "21256 H2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=107;column=XO2",
    "status": "extracted",
    "test_id": "21256 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=107;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=107;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 H2",
    "unit": "s",
    "unit_original": "sec",
    "value": "7",
    "value_original": "7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=107;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 H2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=108;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 H3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=108;column=Fuel",
    "status": "extracted",
    "test_id": "21256 H3",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=108;column=XO2",
    "status": "extracted",
    "test_id": "21256 H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=108;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 H3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=108;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 H3",
    "unit": "s",
    "unit_original": "sec",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=108;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 H3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=109;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 H4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=109;column=Fuel",
    "status": "extracted",
    "test_id": "21256 H4",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=109;column=XO2",
    "status": "extracted",
    "test_id": "21256 H4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=109;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 H4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=109;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 H4",
    "unit": "s",
    "unit_original": "sec",
    "value": "3",
    "value_original": "3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=109;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 H4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=110;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 H5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=110;column=Fuel",
    "status": "extracted",
    "test_id": "21256 H5",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=110;column=XO2",
    "status": "extracted",
    "test_id": "21256 H5",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=110;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 H5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=110;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 H5",
    "unit": "s",
    "unit_original": "sec",
    "value": "7",
    "value_original": "7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=110;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 H5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=111;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 K1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=111;column=Fuel",
    "status": "extracted",
    "test_id": "21256 K1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=111;column=XO2",
    "status": "extracted",
    "test_id": "21256 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=111;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=111;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "4",
    "value_original": "4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=111;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 K1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=112;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 M1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=112;column=Fuel",
    "status": "extracted",
    "test_id": "21256 M1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=112;column=XO2",
    "status": "extracted",
    "test_id": "21256 M1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=112;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 M1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=112;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 M1",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=112;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 M1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=113;column=Flame Type",
    "status": "extracted",
    "test_id": "21256 J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=113;column=Fuel",
    "status": "extracted",
    "test_id": "21256 J1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=113;column=XO2",
    "status": "extracted",
    "test_id": "21256 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=113;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21256 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "220.66",
    "value_original": "2.2066",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=113;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21256 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "7",
    "value_original": "7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=113;column=Hot ignition",
    "status": "extracted",
    "test_id": "21256 J1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=114;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=114;column=Fuel",
    "status": "extracted",
    "test_id": "21265 A1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=114;column=XO2",
    "status": "extracted",
    "test_id": "21265 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=114;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=114;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "6",
    "value_original": "6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=114;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=115;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=115;column=Fuel",
    "status": "extracted",
    "test_id": "21265 A2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=115;column=XO2",
    "status": "extracted",
    "test_id": "21265 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=115;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=115;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=115;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=116;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 A3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=116;column=Fuel",
    "status": "extracted",
    "test_id": "21265 A3",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=116;column=XO2",
    "status": "extracted",
    "test_id": "21265 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=116;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=116;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=116;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=117;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 A4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=117;column=Fuel",
    "status": "extracted",
    "test_id": "21265 A4",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=117;column=XO2",
    "status": "extracted",
    "test_id": "21265 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=117;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=117;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=117;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=118;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 A5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=118;column=Fuel",
    "status": "extracted",
    "test_id": "21265 A5",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=118;column=XO2",
    "status": "extracted",
    "test_id": "21265 A5",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=118;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 A5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=118;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 A5",
    "unit": "s",
    "unit_original": "sec",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=118;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 A5",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=119;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=119;column=Fuel",
    "status": "extracted",
    "test_id": "21265 C1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=119;column=XO2",
    "status": "extracted",
    "test_id": "21265 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=119;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=119;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "3",
    "value_original": "3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=119;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 C1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=120;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 C2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=120;column=Fuel",
    "status": "extracted",
    "test_id": "21265 C2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=120;column=XO2",
    "status": "extracted",
    "test_id": "21265 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=120;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=120;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=120;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 C2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=121;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 C3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=121;column=Fuel",
    "status": "extracted",
    "test_id": "21265 C3",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=121;column=XO2",
    "status": "extracted",
    "test_id": "21265 C3",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=121;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 C3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=121;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 C3",
    "unit": "s",
    "unit_original": "sec",
    "value": "2",
    "value_original": "2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=121;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 C3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=122;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=122;column=Fuel",
    "status": "extracted",
    "test_id": "21265 F1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=122;column=XO2",
    "status": "extracted",
    "test_id": "21265 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=122;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=122;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=122;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 F1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=123;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 F2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=123;column=Fuel",
    "status": "extracted",
    "test_id": "21265 F2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=123;column=XO2",
    "status": "extracted",
    "test_id": "21265 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=123;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=123;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 F2",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=123;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 F2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=124;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 F3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=124;column=Fuel",
    "status": "extracted",
    "test_id": "21265 F3",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=124;column=XO2",
    "status": "extracted",
    "test_id": "21265 F3",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=124;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 F3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=124;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 F3",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=124;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 F3",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=125;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 F4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=125;column=Fuel",
    "status": "extracted",
    "test_id": "21265 F4",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=125;column=XO2",
    "status": "extracted",
    "test_id": "21265 F4",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=125;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 F4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=125;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 F4",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=125;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 F4",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=126;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=126;column=Fuel",
    "status": "extracted",
    "test_id": "21265 H1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=126;column=XO2",
    "status": "extracted",
    "test_id": "21265 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=126;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=126;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=126;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 H1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=127;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 H2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=127;column=Fuel",
    "status": "extracted",
    "test_id": "21265 H2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=127;column=XO2",
    "status": "extracted",
    "test_id": "21265 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=127;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=127;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 H2",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=127;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 H2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=128;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=128;column=Fuel",
    "status": "extracted",
    "test_id": "21265 J1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=128;column=XO2",
    "status": "extracted",
    "test_id": "21265 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.7",
    "value_original": "0.7",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=128;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=128;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "6",
    "value_original": "6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=128;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 J1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=129;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 K1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=129;column=Fuel",
    "status": "extracted",
    "test_id": "21265 K1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=129;column=XO2",
    "status": "extracted",
    "test_id": "21265 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.45",
    "value_original": "0.45",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=129;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=129;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=129;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 K1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=130;column=Flame Type",
    "status": "extracted",
    "test_id": "21265 H3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=130;column=Fuel",
    "status": "extracted",
    "test_id": "21265 H3",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=130;column=XO2",
    "status": "extracted",
    "test_id": "21265 H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=130;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21265 H3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "330.99",
    "value_original": "3.3099",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=130;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21265 H3",
    "unit": "s",
    "unit_original": "sec",
    "value": "107",
    "value_original": "107",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=130;column=Hot ignition",
    "status": "extracted",
    "test_id": "21265 H3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=131;column=Flame Type",
    "status": "extracted",
    "test_id": "21270 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=131;column=Fuel",
    "status": "extracted",
    "test_id": "21270 A1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=131;column=XO2",
    "status": "extracted",
    "test_id": "21270 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=131;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21270 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=131;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21270 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "60",
    "value_original": "60",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=131;column=Hot ignition",
    "status": "extracted",
    "test_id": "21270 A1",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=132;column=Flame Type",
    "status": "extracted",
    "test_id": "21270 A2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=132;column=Fuel",
    "status": "extracted",
    "test_id": "21270 A2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=132;column=XO2",
    "status": "extracted",
    "test_id": "21270 A2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=132;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21270 A2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=132;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21270 A2",
    "unit": "s",
    "unit_original": "sec",
    "value": "90",
    "value_original": "90",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=132;column=Hot ignition",
    "status": "extracted",
    "test_id": "21270 A2",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=133;column=Flame Type",
    "status": "extracted",
    "test_id": "21270 A3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=133;column=Fuel",
    "status": "extracted",
    "test_id": "21270 A3",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=133;column=XO2",
    "status": "extracted",
    "test_id": "21270 A3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=133;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21270 A3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=133;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21270 A3",
    "unit": "s",
    "unit_original": "sec",
    "value": "35",
    "value_original": "35",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=133;column=Hot ignition",
    "status": "extracted",
    "test_id": "21270 A3",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=134;column=Flame Type",
    "status": "extracted",
    "test_id": "21270 A4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=134;column=Fuel",
    "status": "extracted",
    "test_id": "21270 A4",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=134;column=XO2",
    "status": "extracted",
    "test_id": "21270 A4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=134;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21270 A4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=134;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21270 A4",
    "unit": "s",
    "unit_original": "sec",
    "value": "90",
    "value_original": "90",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=134;column=Hot ignition",
    "status": "extracted",
    "test_id": "21270 A4",
    "unit": "",
    "unit_original": "",
    "value": "Yes",
    "value_original": "Yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=135;column=Flame Type",
    "status": "extracted",
    "test_id": "21270 C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=135;column=Fuel",
    "status": "extracted",
    "test_id": "21270 C1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=135;column=XO2",
    "status": "extracted",
    "test_id": "21270 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=135;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21270 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=135;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21270 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "70",
    "value_original": "70",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=135;column=Hot ignition",
    "status": "extracted",
    "test_id": "21270 C1",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=136;column=Flame Type",
    "status": "extracted",
    "test_id": "21270 H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=136;column=Fuel",
    "status": "extracted",
    "test_id": "21270 H1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=136;column=XO2",
    "status": "extracted",
    "test_id": "21270 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=136;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21270 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=136;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21270 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "51",
    "value_original": "51",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=136;column=Hot ignition",
    "status": "extracted",
    "test_id": "21270 H1",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=137;column=Flame Type",
    "status": "extracted",
    "test_id": "21270 H2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=137;column=Fuel",
    "status": "extracted",
    "test_id": "21270 H2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=137;column=XO2",
    "status": "extracted",
    "test_id": "21270 H2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=137;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21270 H2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=137;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21270 H2",
    "unit": "s",
    "unit_original": "sec",
    "value": "43",
    "value_original": "43",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=137;column=Hot ignition",
    "status": "extracted",
    "test_id": "21270 H2",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=138;column=Flame Type",
    "status": "extracted",
    "test_id": "21270 H3",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=138;column=Fuel",
    "status": "extracted",
    "test_id": "21270 H3",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=138;column=XO2",
    "status": "extracted",
    "test_id": "21270 H3",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=138;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21270 H3",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=138;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21270 H3",
    "unit": "s",
    "unit_original": "sec",
    "value": "43",
    "value_original": "43",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=138;column=Hot ignition",
    "status": "extracted",
    "test_id": "21270 H3",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=139;column=Flame Type",
    "status": "extracted",
    "test_id": "21270 H4",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=139;column=Fuel",
    "status": "extracted",
    "test_id": "21270 H4",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=139;column=XO2",
    "status": "extracted",
    "test_id": "21270 H4",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=139;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21270 H4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=139;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21270 H4",
    "unit": "s",
    "unit_original": "sec",
    "value": "83",
    "value_original": "83",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=139;column=Hot ignition",
    "status": "extracted",
    "test_id": "21270 H4",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=140;column=Flame Type",
    "status": "extracted",
    "test_id": "21270 H5",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=140;column=Fuel",
    "status": "extracted",
    "test_id": "21270 H5",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=140;column=XO2",
    "status": "extracted",
    "test_id": "21270 H5",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=140;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21270 H5",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "110.33",
    "value_original": "1.1033",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=140;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21270 H5",
    "unit": "s",
    "unit_original": "sec",
    "value": "46",
    "value_original": "46",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=140;column=Hot ignition",
    "status": "extracted",
    "test_id": "21270 H5",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=141;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 A1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=141;column=Fuel",
    "status": "extracted",
    "test_id": "21277 A1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=141;column=XO2",
    "status": "extracted",
    "test_id": "21277 A1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=141;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 A1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=141;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 A1",
    "unit": "s",
    "unit_original": "sec",
    "value": "12",
    "value_original": "12",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=141;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 A1",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=142;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 H1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=142;column=Fuel",
    "status": "extracted",
    "test_id": "21277 H1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=142;column=XO2",
    "status": "extracted",
    "test_id": "21277 H1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=142;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 H1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=142;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 H1",
    "unit": "s",
    "unit_original": "sec",
    "value": "17",
    "value_original": "17",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=142;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 H1",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=143;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 J1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=143;column=Fuel",
    "status": "extracted",
    "test_id": "21277 J1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=143;column=XO2",
    "status": "extracted",
    "test_id": "21277 J1",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=143;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 J1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=143;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 J1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=143;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 J1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=144;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 K1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=144;column=Fuel",
    "status": "extracted",
    "test_id": "21277 K1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=144;column=XO2",
    "status": "extracted",
    "test_id": "21277 K1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=144;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 K1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=144;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 K1",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=144;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 K1",
    "unit": "",
    "unit_original": "",
    "value": "No",
    "value_original": "No",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=145;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 K2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=145;column=Fuel",
    "status": "extracted",
    "test_id": "21277 K2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=145;column=XO2",
    "status": "extracted",
    "test_id": "21277 K2",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=145;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 K2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=145;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 K2",
    "unit": "s",
    "unit_original": "sec",
    "value": "20",
    "value_original": "20",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=145;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 K2",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=146;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 J2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=146;column=Fuel",
    "status": "extracted",
    "test_id": "21277 J2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=146;column=XO2",
    "status": "extracted",
    "test_id": "21277 J2",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=146;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 J2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=146;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 J2",
    "unit": "s",
    "unit_original": "sec",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=146;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 J2",
    "unit": "",
    "unit_original": "",
    "value": "no",
    "value_original": "no",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=147;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 C1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=147;column=Fuel",
    "status": "extracted",
    "test_id": "21277 C1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=147;column=XO2",
    "status": "extracted",
    "test_id": "21277 C1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=147;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 C1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=147;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 C1",
    "unit": "s",
    "unit_original": "sec",
    "value": "20",
    "value_original": "20",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=147;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 C1",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=148;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 C2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=148;column=Fuel",
    "status": "extracted",
    "test_id": "21277 C2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=148;column=XO2",
    "status": "extracted",
    "test_id": "21277 C2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=148;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 C2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=148;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 C2",
    "unit": "s",
    "unit_original": "sec",
    "value": "36",
    "value_original": "36",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=148;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 C2",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=149;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 L1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=149;column=Fuel",
    "status": "extracted",
    "test_id": "21277 L1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=149;column=XO2",
    "status": "extracted",
    "test_id": "21277 L1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=149;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 L1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=149;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 L1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=149;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 L1",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=150;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 F1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=150;column=Fuel",
    "status": "extracted",
    "test_id": "21277 F1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=150;column=XO2",
    "status": "extracted",
    "test_id": "21277 F1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=150;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 F1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=150;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 F1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=150;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 F1",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=151;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 F2",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=151;column=Fuel",
    "status": "extracted",
    "test_id": "21277 F2",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=151;column=XO2",
    "status": "extracted",
    "test_id": "21277 F2",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=151;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 F2",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=151;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 F2",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=151;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 F2",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=152;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 M1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=152;column=Fuel",
    "status": "extracted",
    "test_id": "21277 M1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=152;column=XO2",
    "status": "extracted",
    "test_id": "21277 M1",
    "unit": "1",
    "unit_original": "",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=152;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 M1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=152;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 M1",
    "unit": "s",
    "unit_original": "sec",
    "value": "66",
    "value_original": "66",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=152;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 M1",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=153;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 N1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=153;column=Fuel",
    "status": "extracted",
    "test_id": "21277 N1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=153;column=XO2",
    "status": "extracted",
    "test_id": "21277 N1",
    "unit": "1",
    "unit_original": "",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=153;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 N1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=153;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 N1",
    "unit": "s",
    "unit_original": "sec",
    "value": "55",
    "value_original": "55",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=153;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 N1",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "Flame Type",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=154;column=Flame Type",
    "status": "extracted",
    "test_id": "21277 P1",
    "unit": "",
    "unit_original": "",
    "value": "inverse",
    "value_original": "inverse",
    "variable": "flame_type"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "ambient fuel (inverse flame)",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=154;column=Fuel",
    "status": "extracted",
    "test_id": "21277 P1",
    "unit": "",
    "unit_original": "",
    "value": "butane",
    "value_original": "butane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "inverse flame: O2 of the stream issued from the burner",
    "quote": "XO2",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=154;column=XO2",
    "status": "extracted",
    "test_id": "21277 P1",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "burner_o2_mole_fraction"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "bar x 100; header says approximate",
    "quote": "approx p (bar)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=154;column=approx p (bar)",
    "status": "extracted",
    "test_id": "21277 P1",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "55.165",
    "value_original": "0.55165",
    "variable": "pressure"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "",
    "quote": "burn time (sec)",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=154;column=burn time (sec)",
    "status": "extracted",
    "test_id": "21277 P1",
    "unit": "s",
    "unit_original": "sec",
    "value": "40",
    "value_original": "40",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "table",
    "note": "as written",
    "quote": "Hot ignition",
    "source_file": "psi-data/PSI-159/Experimental table/PSI-159_Experimental table_CFI-G_Inverse Flames.csv",
    "source_location": "row=154;column=Hot ignition",
    "status": "extracted",
    "test_id": "21277 P1",
    "unit": "",
    "unit_original": "",
    "value": "yes",
    "value_original": "yes",
    "variable": "outcome:hot_ignition"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "document",
    "note": "confidence direct (SECONDARY_SOURCE: the sentences come from the abstract of Kim et al., 'Spherical Gas-Fueled Cool Diffusion Flames', Proc. Combust. Inst. (2022), doi:10.1016/j.proci.2022.07.015, reproduced in section 4.C (p.23) of the Final Report. They cover both normal and inverse flames. Supporting report text on p.30: 'Testing is not conducted when thrusters fire or spacecraft dock or undock from ISS to ensure an acceptable acceleration environment.' Caveat on p.43: residual acceleration was 'not been evaluated with available measurements from the Space Acceleration Measurement System (SAMS)', and p.15 says SAMS data are not archived in PSI. Not used as gravity evidence: the project name and the PSI projectType label.); R1 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "CDFs are investigated here using a spherical porous burner with gaseous fuels in the microgravity environment of the International Space Station. Normal and inverse flames burning ethane, propane, and n-butane were explored with various fuel and oxygen concentrations, pressures, and flow rates.",
    "source_file": "psi-data/PSI-159/Reports/PSI-159_Reports_FinalRpt_ACME.CFI-G.pdf",
    "source_location": "page=23",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "document",
    "note": "confidence direct (PSI sub-research-area label of the investigation (a label, not a sentence about specific tests); corroborated by R4.); R3 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Flames of Gaseous Fuels",
    "source_file": "psi-data/PSI-159/_investigation/PSI-159.json",
    "source_location": "section=subResearchArea",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "Gaseous Fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "document",
    "note": "confidence direct (Fuels are gases (ethane, propane, n-butane) fed through a porous spherical burner (normal flames) or filled into the chamber (inverse flames); there are no material samples in this investigation.); R4 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The tests were instead conducted burning various gaseous fuels, including ethane (C2H6), propane (C3H8), and n-butane (n-C4H10).",
    "source_file": "psi-data/PSI-159/Reports/PSI-159_Reports_FinalRpt_ACME.CFI-G.pdf",
    "source_location": "page=38",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "document",
    "note": "confidence direct; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-159/_investigation/PSI-159.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "document",
    "note": "confidence direct (Facility inside the ISS. The CIR and the ACME chamber insert are shared with the other ACME experiments (see lineage).); flags: SHARED_LINEAGE; R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "ACME, Combustion Integrated Rack (CIR)",
    "source_file": "psi-data/PSI-159/_investigation/PSI-159.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)",
    "value_original": "Combustion Integrated Rack (CIR)",
    "variable": "platform"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "document",
    "note": "confidence direct; R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Cool Flames Investigation with Gases (CFI-G) experiment is one of six independent experiments that make up the Advanced Combustion via Microgravity Experiments (ACME) project for which the tests were conducted within the Combustion Integrated Rack (CIR) on the International Space Station (ISS).",
    "source_file": "psi-data/PSI-159/Reports/PSI-159_Reports_FinalRpt_ACME.CFI-G.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-159",
    "acronym": "ACME CFI-G",
    "doi": "10.60555/cyt1-kh64",
    "method": "document",
    "note": "confidence direct (Shared with the other five ACME experiments (see lineage).); flags: SHARED_LINEAGE; R9 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Cool Flames Investigation with Gases (CFI-G) experiment is one of six independent experiments that make up the Advanced Combustion via Microgravity Experiments (ACME) project for which the tests were conducted within the Combustion Integrated Rack (CIR) on the International Space Station (ISS).",
    "source_file": "psi-data/PSI-159/Reports/PSI-159_Reports_FinalRpt_ACME.CFI-G.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)",
    "value_original": "Combustion Integrated Rack (CIR)",
    "variable": "platform"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=1;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2019-Feb-8",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=1;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-Feb-8",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=1;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-Feb-8",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.265",
    "value_original": "26.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=1;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-Feb-8",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.4",
    "value_original": "40",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=2;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2019-Feb-20",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=2;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-Feb-20",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.265",
    "value_original": "26.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=2;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-Feb-20",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=3;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2019-Feb-25",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H4",
    "value_original": "50% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=3;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-Feb-25",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=3;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-Feb-25",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.265",
    "value_original": "26.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=3;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-Feb-25",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=3;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-Feb-25",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.4",
    "value_original": "40",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=4;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2019-March-4",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H4",
    "value_original": "50% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '26.5; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=4;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-March-4",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.265",
    "value_original": "26.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '26.5; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=4;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-March-4",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.4",
    "value_original": "40",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=5;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2019-March-7",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H4",
    "value_original": "50% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "reads as thousands of percent; spreadsheet percent-format artifact",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=5;column=Oxygen Conc (percent)",
    "status": "insufficient_evidence",
    "test_id": "2019-March-7",
    "unit": "1",
    "unit_original": "percent",
    "value": "3400%",
    "value_original": "3400%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=6;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2019-March-11",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H4",
    "value_original": "50% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=6;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-March-11",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.265",
    "value_original": "26.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=6;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-March-11",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=7;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2019-March-28",
    "unit": "",
    "unit_original": "",
    "value": "100%C2H4",
    "value_original": "100%C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=7;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-March-28",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.265",
    "value_original": "26.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=7;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-March-28",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=8;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2019-April-1",
    "unit": "",
    "unit_original": "",
    "value": "100%C2H4",
    "value_original": "100%C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "reads as thousands of percent; spreadsheet percent-format artifact",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=8;column=Oxygen Conc (percent)",
    "status": "insufficient_evidence",
    "test_id": "2019-April-1",
    "unit": "1",
    "unit_original": "percent",
    "value": "2100%",
    "value_original": "2100%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=9;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2019-April-4",
    "unit": "",
    "unit_original": "",
    "value": "100%C2H4",
    "value_original": "100%C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=9;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-April-4",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=9;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-April-4",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.265",
    "value_original": "26.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=9;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2019-April-4",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=10;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2020-Sept-3",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=10;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Sept-3",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.25",
    "value_original": "25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=10;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Sept-3",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=10;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Sept-3",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.4",
    "value_original": "40",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=11;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2020-Oct-17",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=11;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Oct-17",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.265",
    "value_original": "26.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=11;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Oct-17",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=12;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2020-Dec-5",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=12;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-5",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.25",
    "value_original": "25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=12;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-5",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=12;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-5",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.4",
    "value_original": "40",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=13;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2020-Dec-4",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=13;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-4",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.25",
    "value_original": "25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=13;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-4",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.4",
    "value_original": "40",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=14;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2020-Dec-11",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H4",
    "value_original": "50% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=14;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-11",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.25",
    "value_original": "25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=14;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-11",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.4",
    "value_original": "40",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=15;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2020-Dec-17",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=15;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-17",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=15;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-17",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.4",
    "value_original": "40",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=16;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2020-Dec-23",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=16;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-23",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.25",
    "value_original": "25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=16;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-23",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=16;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2020-Dec-23",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.4",
    "value_original": "40",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=17;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2021-Jan-20",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=17;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2021-Jan-20",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=17;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2021-Jan-20",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.265",
    "value_original": "26.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '21; 26.5; 34'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=17;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2021-Jan-20",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=18;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "2021-Jan-28",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=18;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2021-Jan-28",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.25",
    "value_original": "25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=18;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2021-Jan-28",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.34",
    "value_original": "34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "table",
    "note": "percent x 0.01; one of the values listed in the cell '25; 34; 40'; approximate, for the tests that ignited (table Notes, row 1)",
    "quote": "Oxygen Conc (percent)",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=18;column=Oxygen Conc (percent)",
    "status": "extracted",
    "test_id": "2021-Jan-28",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.4",
    "value_original": "40",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Result statement about the ISS flames. PMMA and Nylon are the materials EMULATED, not burned: the burned fuel is a gas (R4-R6). 'Partial-gravity' appears in the documents only as a goal ('to assess the relevance of existing flammability test methods for low and partial-gravity environments', Final Report p.45); no partial-gravity tests exist. Not used as gravity evidence: section=projectType 'Microgravity Investigation' (a category label).); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Quasi-steady burning corresponding to various condensed-phase materials (such as PMMA and Nylon) was observed in microgravity despite the absence of air flow, where the cessation of ventilation is an established step in putting out spacecraft fires.",
    "source_file": "psi-data/PSI-20/_investigation/PSI-20.json",
    "source_location": "section=researchImpacts",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Section 4 (Preliminary Results). The same sentence is repeated in Appendices C, D and E (pp.72, 92, 122).); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "We see this as well in the extended ISS microgravity tests.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=18",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (PSI record label for the whole investigation.); R4 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Flames of Gaseous Fuels",
    "source_file": "psi-data/PSI-20/_investigation/PSI-20.json",
    "source_location": "section=subResearchArea",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "Gaseous Fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (The solid and liquid fuels are SIMULATED, not burned; what burns is the gas from the burner (ethylene or methane, pure or mixed with nitrogen). Same sentence in Appendices C, D and E (pp.60, 79, 108).); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A flat porous burner fed with gaseous fuel simulates the burning of solid and liquid fuels, where measurements are made of the thermal feedback (i.e., to the burner) upon which the vaporization of condensed-phase fuels is dependent.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=45",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The data is all digital, where the fuel was gaseous and there was no collection of soot or the combustion gases.",
    "source_file": "psi-data/PSI-20/Science Documents/PSI-20_Science Documents_BRE_data_interpretation_20220804.pdf",
    "source_location": "page=2",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct; R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-20/_investigation/PSI-20.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (The record also lists 'Combustion Integrated Rack (CIR), ACME' under section=experimentHardware. The tests run inside the ACME chamber insert in the CIR (p.7), which is shared by all six ACME experiments; see lineage.); flags: SHARED_LINEAGE; R9 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Burning Rate Emulator (BRE) experiment is one of six independent experiments that make up the Advanced Combustion via Microgravity Experiments (ACME) project for which tests are conducted within the Combustion Integrated Rack (CIR) on the International Space Station (ISS).",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)",
    "value_original": "Combustion Integrated Rack (CIR)",
    "variable": "platform"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere); the chamber oxygen is 'diluted with nitrogen'. The note sits in data row 1 but is the table-wide footnote (footnote 3 of Table 1, Final Report p.24; see R12). The '50% C2H4' fuel bottles are fuel diluted with nitrogen in the BURNER stream, not the ambient diluent. No CO2 ambient was tested: 'Thus far, ACME tests were not conducted with carbon dioxide as a diluent.' (Final Report p.9); the O2/CO2 objective in section=objective was not run (p.40: 'As planned, this objective was not investigated in the conducted tests.').); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Oxygen Conc. (as diluted with nitrogen on a volume basis) was varied between tests where approximate concentrations for tests that ignited are listed.",
    "source_file": "psi-data/PSI-20/Experimental table/PSI-20_Experimental table_ACME BRE.csv",
    "source_location": "row=1",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Footnote 3 of Table 1 (log of all test days of both rounds). The text layer prefixes the footnote number: '3Oxygen conc.'. Stream: ambient (chamber atmosphere).); R12 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Oxygen conc. (as diluted with nitrogen on a volume basis) was varied between tests, where approximate concentrations for tests that ignited are listed.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=24",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere), round 1 (test days from Table 1, p.24). The ambient also held combustion products of earlier tests; the next sentence (pp.81-82) excepts tests run right after the chamber was vented and refilled. Skipped words: '(C2H4) - sometimes diluted with nitrogen. The tests were carried out ... 34% oxygen.'); R13 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] In all cases, the atmosphere was diluted with nitrogen and any incomplete combustion products (e.g., water vapor and carbon dioxide) from preceding tests.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "extracted",
    "test_id": "2019-Feb-8",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "the atmosphere was diluted with nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere), round 1 (test days from Table 1, p.24). The ambient also held combustion products of earlier tests; the next sentence (pp.81-82) excepts tests run right after the chamber was vented and refilled. Skipped words: '(C2H4) - sometimes diluted with nitrogen. The tests were carried out ... 34% oxygen.'); R13 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] In all cases, the atmosphere was diluted with nitrogen and any incomplete combustion products (e.g., water vapor and carbon dioxide) from preceding tests.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "extracted",
    "test_id": "2019-Feb-20",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "the atmosphere was diluted with nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere), round 1 (test days from Table 1, p.24). The ambient also held combustion products of earlier tests; the next sentence (pp.81-82) excepts tests run right after the chamber was vented and refilled. Skipped words: '(C2H4) - sometimes diluted with nitrogen. The tests were carried out ... 34% oxygen.'); R13 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] In all cases, the atmosphere was diluted with nitrogen and any incomplete combustion products (e.g., water vapor and carbon dioxide) from preceding tests.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "extracted",
    "test_id": "2019-Feb-25",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "the atmosphere was diluted with nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere), round 1 (test days from Table 1, p.24). The ambient also held combustion products of earlier tests; the next sentence (pp.81-82) excepts tests run right after the chamber was vented and refilled. Skipped words: '(C2H4) - sometimes diluted with nitrogen. The tests were carried out ... 34% oxygen.'); R13 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] In all cases, the atmosphere was diluted with nitrogen and any incomplete combustion products (e.g., water vapor and carbon dioxide) from preceding tests.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "extracted",
    "test_id": "2019-March-4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "the atmosphere was diluted with nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere), round 1 (test days from Table 1, p.24). The ambient also held combustion products of earlier tests; the next sentence (pp.81-82) excepts tests run right after the chamber was vented and refilled. Skipped words: '(C2H4) - sometimes diluted with nitrogen. The tests were carried out ... 34% oxygen.'); R13 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] In all cases, the atmosphere was diluted with nitrogen and any incomplete combustion products (e.g., water vapor and carbon dioxide) from preceding tests.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "extracted",
    "test_id": "2019-March-7",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "the atmosphere was diluted with nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere), round 1 (test days from Table 1, p.24). The ambient also held combustion products of earlier tests; the next sentence (pp.81-82) excepts tests run right after the chamber was vented and refilled. Skipped words: '(C2H4) - sometimes diluted with nitrogen. The tests were carried out ... 34% oxygen.'); R13 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] In all cases, the atmosphere was diluted with nitrogen and any incomplete combustion products (e.g., water vapor and carbon dioxide) from preceding tests.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "extracted",
    "test_id": "2019-March-11",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "the atmosphere was diluted with nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere), round 1 (test days from Table 1, p.24). The ambient also held combustion products of earlier tests; the next sentence (pp.81-82) excepts tests run right after the chamber was vented and refilled. Skipped words: '(C2H4) - sometimes diluted with nitrogen. The tests were carried out ... 34% oxygen.'); R13 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] In all cases, the atmosphere was diluted with nitrogen and any incomplete combustion products (e.g., water vapor and carbon dioxide) from preceding tests.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "extracted",
    "test_id": "2019-March-28",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "the atmosphere was diluted with nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere), round 1 (test days from Table 1, p.24). The ambient also held combustion products of earlier tests; the next sentence (pp.81-82) excepts tests run right after the chamber was vented and refilled. Skipped words: '(C2H4) - sometimes diluted with nitrogen. The tests were carried out ... 34% oxygen.'); R13 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] In all cases, the atmosphere was diluted with nitrogen and any incomplete combustion products (e.g., water vapor and carbon dioxide) from preceding tests.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "extracted",
    "test_id": "2019-April-1",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "the atmosphere was diluted with nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Stream: ambient (chamber atmosphere), round 1 (test days from Table 1, p.24). The ambient also held combustion products of earlier tests; the next sentence (pp.81-82) excepts tests run right after the chamber was vented and refilled. Skipped words: '(C2H4) - sometimes diluted with nitrogen. The tests were carried out ... 34% oxygen.'); R13 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] In all cases, the atmosphere was diluted with nitrogen and any incomplete combustion products (e.g., water vapor and carbon dioxide) from preceding tests.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "extracted",
    "test_id": "2019-April-4",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "the atmosphere was diluted with nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-8",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-8",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-8",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "56.537",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-20",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-20",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-20",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "56.537",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-25",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-25",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-25",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "56.537",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-4",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-4",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-4",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "56.537",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-7",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-7",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-7",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "56.537",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-11",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-11",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-11",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "56.537",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-28",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-28",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-March-28",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "56.537",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-April-1",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-April-1",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-April-1",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "56.537",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-April-4",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-April-4",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Nominal atmospheres of round 1 (Appendix D, written after round 1 ended). 'especially focused' is not exhaustive: Table 1 (p.24) also lists 40% O2 on 19039, 19056 and 19063, which this sentence does not cover (see R16). Same sentence in Appendix C p.62.); flags: RANGE_NOT_POINT; one of the values listed in the source sentence; psia x 6.894757; rounded to 6 significant digits; R15 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "All first-round tests were conducted with the 25-mm diameter BRE burner while burning ethylene [...] The tests were carried out at a range of chamber pressures and oxygen concentrations, generally representative of possible crew environments in future spacecraft or habitats. More specifically, testing was especially focused on atmospheric conditions at (1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia, 34% oxygen.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=81",
    "status": "insufficient_evidence",
    "test_id": "2019-April-4",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "56.537",
    "value_original": "(1) 14.7 psia, 21% oxygen; (2) 10.2 psia, 26.5% oxygen; and (3) 8.2 psia",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-8",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-8",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "56",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-8",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "70",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-20",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-20",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "56",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-20",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "70",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-25",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-25",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "56",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-Feb-25",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "70",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "56",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "70",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "56",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "70",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-11",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-11",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "56",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-11",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "70",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-28",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-28",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "56",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-March-28",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "70",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-April-4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-April-4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "56",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous (Read from the legend text inside Figure 14 (Appendix D). Each legend row is SE, FT (plot symbols, missing from the text layer), Xf, XO2, p (bar); the LAST number of each row is p. Distinct p values: 1, 0.56, 0.7 bar. Pairs (XO2 - p): 0.4 - 1, 0.34 - 1, 0.34 - 0.56, 0.265 - 0.7, 0.21 - 1. Covers only the round-1 tests plotted. Consistent with p.20: 'more of the testing was conducted at roughly atmospheric pressure with elevated oxygen concentrations'.); flags: FROM_FIGURE, RANGE_NOT_POINT; one of the values listed in the source sentence; bar x 100; R16 extracted by the extractor agent; MODIFY by the verificador agent (separate run); campaign-level list of values: the source does not assign them per test",
    "quote": "Figure 14. Round 1 results for the emulation of 25-mm flat materials using the arithmetic average of the two local heat flux measurements. [...] SE FT Xf XO2 p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7 N/A 1 0.21 1 0.5 0.4 1 0.5 0.34 0.56 0.5 0.265 0.7 N/A 0.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=100",
    "status": "insufficient_evidence",
    "test_id": "2019-April-4",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "70",
    "value_original": "p (bar) N/A 1 0.4 1 N/A 1 0.34 1 1 0.34 0.56 1 0.265 0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous ('most of' the round-2 tests, not all, and 'roughly'. Known exceptions: 2021-Jan-20 (0.57 bar for five tests, R18) and the p.149 test at roughly 0.6 atm (R20). Day mapping: report day 20261 (17 Sept. 2020) = CSV row 2020-Oct-17 and report day 20279 (5 Oct. 2020) = CSV row 2020-Dec-5. The CSV dates disagree with Table 1 (p.24) and Appendix F (p.139); the rows were matched by burner, fuel bottle, O2 list and flames ignited. Same sentence in the Data Interpretation PDF p.4.); psia x 6.894757; rounded to 6 significant digits; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "However, in contrast to the first round most of the round 2 tests were carried out at roughly 14.7 psia, although pressure has a secondary effect on flames.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=111",
    "status": "insufficient_evidence",
    "test_id": "2020-Sept-3",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "14.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous ('most of' the round-2 tests, not all, and 'roughly'. Known exceptions: 2021-Jan-20 (0.57 bar for five tests, R18) and the p.149 test at roughly 0.6 atm (R20). Day mapping: report day 20261 (17 Sept. 2020) = CSV row 2020-Oct-17 and report day 20279 (5 Oct. 2020) = CSV row 2020-Dec-5. The CSV dates disagree with Table 1 (p.24) and Appendix F (p.139); the rows were matched by burner, fuel bottle, O2 list and flames ignited. Same sentence in the Data Interpretation PDF p.4.); psia x 6.894757; rounded to 6 significant digits; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "However, in contrast to the first round most of the round 2 tests were carried out at roughly 14.7 psia, although pressure has a secondary effect on flames.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=111",
    "status": "insufficient_evidence",
    "test_id": "2020-Oct-17",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "14.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous ('most of' the round-2 tests, not all, and 'roughly'. Known exceptions: 2021-Jan-20 (0.57 bar for five tests, R18) and the p.149 test at roughly 0.6 atm (R20). Day mapping: report day 20261 (17 Sept. 2020) = CSV row 2020-Oct-17 and report day 20279 (5 Oct. 2020) = CSV row 2020-Dec-5. The CSV dates disagree with Table 1 (p.24) and Appendix F (p.139); the rows were matched by burner, fuel bottle, O2 list and flames ignited. Same sentence in the Data Interpretation PDF p.4.); psia x 6.894757; rounded to 6 significant digits; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "However, in contrast to the first round most of the round 2 tests were carried out at roughly 14.7 psia, although pressure has a secondary effect on flames.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=111",
    "status": "insufficient_evidence",
    "test_id": "2020-Dec-5",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "14.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous ('most of' the round-2 tests, not all, and 'roughly'. Known exceptions: 2021-Jan-20 (0.57 bar for five tests, R18) and the p.149 test at roughly 0.6 atm (R20). Day mapping: report day 20261 (17 Sept. 2020) = CSV row 2020-Oct-17 and report day 20279 (5 Oct. 2020) = CSV row 2020-Dec-5. The CSV dates disagree with Table 1 (p.24) and Appendix F (p.139); the rows were matched by burner, fuel bottle, O2 list and flames ignited. Same sentence in the Data Interpretation PDF p.4.); psia x 6.894757; rounded to 6 significant digits; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "However, in contrast to the first round most of the round 2 tests were carried out at roughly 14.7 psia, although pressure has a secondary effect on flames.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=111",
    "status": "insufficient_evidence",
    "test_id": "2020-Dec-4",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "14.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous ('most of' the round-2 tests, not all, and 'roughly'. Known exceptions: 2021-Jan-20 (0.57 bar for five tests, R18) and the p.149 test at roughly 0.6 atm (R20). Day mapping: report day 20261 (17 Sept. 2020) = CSV row 2020-Oct-17 and report day 20279 (5 Oct. 2020) = CSV row 2020-Dec-5. The CSV dates disagree with Table 1 (p.24) and Appendix F (p.139); the rows were matched by burner, fuel bottle, O2 list and flames ignited. Same sentence in the Data Interpretation PDF p.4.); psia x 6.894757; rounded to 6 significant digits; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "However, in contrast to the first round most of the round 2 tests were carried out at roughly 14.7 psia, although pressure has a secondary effect on flames.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=111",
    "status": "insufficient_evidence",
    "test_id": "2020-Dec-11",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "14.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous ('most of' the round-2 tests, not all, and 'roughly'. Known exceptions: 2021-Jan-20 (0.57 bar for five tests, R18) and the p.149 test at roughly 0.6 atm (R20). Day mapping: report day 20261 (17 Sept. 2020) = CSV row 2020-Oct-17 and report day 20279 (5 Oct. 2020) = CSV row 2020-Dec-5. The CSV dates disagree with Table 1 (p.24) and Appendix F (p.139); the rows were matched by burner, fuel bottle, O2 list and flames ignited. Same sentence in the Data Interpretation PDF p.4.); psia x 6.894757; rounded to 6 significant digits; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "However, in contrast to the first round most of the round 2 tests were carried out at roughly 14.7 psia, although pressure has a secondary effect on flames.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=111",
    "status": "insufficient_evidence",
    "test_id": "2020-Dec-17",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "14.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous ('most of' the round-2 tests, not all, and 'roughly'. Known exceptions: 2021-Jan-20 (0.57 bar for five tests, R18) and the p.149 test at roughly 0.6 atm (R20). Day mapping: report day 20261 (17 Sept. 2020) = CSV row 2020-Oct-17 and report day 20279 (5 Oct. 2020) = CSV row 2020-Dec-5. The CSV dates disagree with Table 1 (p.24) and Appendix F (p.139); the rows were matched by burner, fuel bottle, O2 list and flames ignited. Same sentence in the Data Interpretation PDF p.4.); psia x 6.894757; rounded to 6 significant digits; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "However, in contrast to the first round most of the round 2 tests were carried out at roughly 14.7 psia, although pressure has a secondary effect on flames.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=111",
    "status": "insufficient_evidence",
    "test_id": "2020-Dec-23",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "14.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous ('most of' the round-2 tests, not all, and 'roughly'. Known exceptions: 2021-Jan-20 (0.57 bar for five tests, R18) and the p.149 test at roughly 0.6 atm (R20). Day mapping: report day 20261 (17 Sept. 2020) = CSV row 2020-Oct-17 and report day 20279 (5 Oct. 2020) = CSV row 2020-Dec-5. The CSV dates disagree with Table 1 (p.24) and Appendix F (p.139); the rows were matched by burner, fuel bottle, O2 list and flames ignited. Same sentence in the Data Interpretation PDF p.4.); psia x 6.894757; rounded to 6 significant digits; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "However, in contrast to the first round most of the round 2 tests were carried out at roughly 14.7 psia, although pressure has a secondary effect on flames.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=111",
    "status": "insufficient_evidence",
    "test_id": "2021-Jan-20",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "14.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence ambiguous ('most of' the round-2 tests, not all, and 'roughly'. Known exceptions: 2021-Jan-20 (0.57 bar for five tests, R18) and the p.149 test at roughly 0.6 atm (R20). Day mapping: report day 20261 (17 Sept. 2020) = CSV row 2020-Oct-17 and report day 20279 (5 Oct. 2020) = CSV row 2020-Dec-5. The CSV dates disagree with Table 1 (p.24) and Appendix F (p.139); the rows were matched by burner, fuel bottle, O2 list and flames ignited. Same sentence in the Data Interpretation PDF p.4.); psia x 6.894757; rounded to 6 significant digits; R17 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "However, in contrast to the first round most of the round 2 tests were carried out at roughly 14.7 psia, although pressure has a secondary effect on flames.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=111",
    "status": "insufficient_evidence",
    "test_id": "2021-Jan-28",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "14.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (GMT 020 of 2021 = test day 21020 = CSV row 2021-Jan-20. Applies to five of that day's 15 flames only. The same paragraph reports other tests that day at 'normal atmospheric conditions (e.g., ~21% oxygen by volume)', so 0.57 bar is not the day's only pressure. The sentence also gives the value as '8.2 psia'.); bar x 100; R18 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "On GMT 020, 15 ethylene flames were ignited for the ACME BRE experiment. [...] In contrast, three of the five tests conducted at 30-35% oxygen and 0.57 bar (i.e., 8.2 psia) featured quasi-steady flames, which continued to burn through the test duration.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=154",
    "status": "extracted",
    "test_id": "2021-Jan-20",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "57",
    "value_original": "0.57",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (GMT 028 of 2021 = test day 21028 (50-mm burner, 13 flames; Table 1, p.24). Applies to all flames of that day.); atm x 101.325; R19 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "On GMT 028, the final test points were performed for the ACME BRE (Burning Rate Emulator) experiment [...] In the study of microgravity flammability, 13 flames were ignited with the 50-mm diameter burner at oxygen concentrations from 40% to 23% in 1 atm.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=154",
    "status": "extracted",
    "test_id": "2021-Jan-28",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Figure caption text (not read from the plot). Skipped words: the heat-of-combustion and mass-flux terms, whose delta symbol is lost in the text layer.); psia x 6.894757; rounded to 6 significant digits; R21 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Figure 6. Flame growth from ignition to self-extinction in test 19056F1. The conditions are ethylene/N2, [...] 27% O2, 10.2 psia, L = 0.66 kJ/g, extinction at 45 s.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=25",
    "status": "extracted",
    "test_id": "2019-Feb-25",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "10.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Figure caption text (not read from the plot). Skipped words: the heat-of-combustion and mass-flux terms, whose delta symbol is lost in the text layer.); psia x 6.894757; rounded to 6 significant digits; R22 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Figure 7. Flame growth from ignition to steady state in test 19070K1. The conditions are ethylene/N2, [...] 26.5% O2, 10.2 psia, L = 3.0 kJ/g, steady.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=25",
    "status": "extracted",
    "test_id": "2019-March-11",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "70.3265",
    "value_original": "10.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Figure caption text (not read from the plot). The text below it on the same page gives the same atmosphere as '34% oxygen and 0.56 atm'. Skipped words: the heat-of-combustion and mass-flux terms, whose delta symbol is lost in the text layer.); psia x 6.894757; rounded to 6 significant digits; R23 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Figure 9. Flame growth from ignition to steady state in test 19070D1. The conditions are ethylene/N2, [...] 34% O2, 8.2 psia, L = 2.42 kJ/g, steady.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=26",
    "status": "extracted",
    "test_id": "2019-March-11",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "56.537",
    "value_original": "8.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Table row; columns are Test day, test point, Burner Diameter (mm), XO2, Chamber Pressure (bar), Xfuel, measured mass flux: 0.56 is the Chamber Pressure column. Labelled 'Nominal'. The same nominal atmosphere is written '0.56 atm (8.2 psia)' in the text (p.25), so the report labels it both bar and atm.); bar x 100; R24 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Table 2. Nominal test conditions of 19066D5 and 19070L1. [...] Chamber Pressure, bar [...] Mar. 7 19066D5 25 34% 0.56 0.5 1.76",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=91",
    "status": "extracted",
    "test_id": "2019-March-7",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "56",
    "value_original": "0.56",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Table row; 0.7 is the Chamber Pressure (bar) column. Labelled 'Nominal'. The same nominal atmosphere is written '0.7 atm (10.2 psia)' in the text (p.25), so the report labels it both bar and atm.); bar x 100; R25 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Table 2. Nominal test conditions of 19066D5 and 19070L1. [...] Chamber Pressure, bar [...] Mar. 11 19070L1 25 27% 0.7 0.5 1.74",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=91",
    "status": "extracted",
    "test_id": "2019-March-11",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "70",
    "value_original": "0.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Figure caption text (not read from the plot). Test 20279B4: day 20279 = 5 Oct. 2020 per Table 1 (p.24) and Appendix F (p.139), but the matching CSV row (100% CH4; 25; 34; 40; 21 flames) is dated 2020-Dec-5, so it is joined to that row. One test of that day. Same caption as 'Figure 28.' on p.130.); psia x 6.894757; rounded to 6 significant digits; R26 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Figure 17. Transient heat flux vs. inverse of the burn time for 20279B4 with XO2 = 37.95%, p = 14.7 psia and mass flux of 2.46 g/m2s.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Final_20220201.pdf",
    "source_location": "page=103",
    "status": "extracted",
    "test_id": "2020-Dec-5",
    "unit": "kPa",
    "unit_original": "psia",
    "value": "101.353",
    "value_original": "14.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Dissertation page 104 (printed 101): the 1-g data of Fig. 5.4 come from [55] (Auth, M.Sc. thesis on the BRE in 1g; reference list, page 169). Legend rows are heat-of-combustion conditions, not single points; the 1-g trendline spans fuel mixture mass flux 2.1 to 30.6 g/m2s (page 104). The SRD Table 3 normal-gravity runs are NOT used.); flags: GROUND_1G_TESTS; R201 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The data measured in 1-g and discussed in [55] is added to the plot for comparison between micro- and normal gravity burning.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55], ground burner), heat of combustion 43.7 kJ/g (dissertation Fig. 5.4 legend, 1-g table row 1)",
    "unit": "",
    "unit_original": "",
    "value": "normal_gravity",
    "value_original": "1-g",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Dissertation page 104 (printed 101): the 1-g data of Fig. 5.4 come from [55] (Auth, M.Sc. thesis on the BRE in 1g; reference list, page 169). Legend rows are heat-of-combustion conditions, not single points; the 1-g trendline spans fuel mixture mass flux 2.1 to 30.6 g/m2s (page 104). The SRD Table 3 normal-gravity runs are NOT used.); flags: GROUND_1G_TESTS; R201 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The data measured in 1-g and discussed in [55] is added to the plot for comparison between micro- and normal gravity burning.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 35 kJ/g (Fig. 5.4 legend, 1-g row 2)",
    "unit": "",
    "unit_original": "",
    "value": "normal_gravity",
    "value_original": "1-g",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Dissertation page 104 (printed 101): the 1-g data of Fig. 5.4 come from [55] (Auth, M.Sc. thesis on the BRE in 1g; reference list, page 169). Legend rows are heat-of-combustion conditions, not single points; the 1-g trendline spans fuel mixture mass flux 2.1 to 30.6 g/m2s (page 104). The SRD Table 3 normal-gravity runs are NOT used.); flags: GROUND_1G_TESTS; R201 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The data measured in 1-g and discussed in [55] is added to the plot for comparison between micro- and normal gravity burning.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 26.2 kJ/g (Fig. 5.4 legend, 1-g row 3)",
    "unit": "",
    "unit_original": "",
    "value": "normal_gravity",
    "value_original": "1-g",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence direct (Dissertation page 104 (printed 101): the 1-g data of Fig. 5.4 come from [55] (Auth, M.Sc. thesis on the BRE in 1g; reference list, page 169). Legend rows are heat-of-combustion conditions, not single points; the 1-g trendline spans fuel mixture mass flux 2.1 to 30.6 g/m2s (page 104). The SRD Table 3 normal-gravity runs are NOT used.); flags: GROUND_1G_TESTS; R201 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The data measured in 1-g and discussed in [55] is added to the plot for comparison between micro- and normal gravity burning.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 17.5 kJ/g (Fig. 5.4 legend, 1-g row 4)",
    "unit": "",
    "unit_original": "",
    "value": "normal_gravity",
    "value_original": "1-g",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (The 1-g BRE of Auth [55,56] burned propane-nitrogen gas mixtures through a porous burner (page 50); the BRE is a gas burner emulating condensed fuels (page 21), not a material sample.); flags: GROUND_1G_TESTS; R202 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The results of Auth [55,56] who used the BRE in 1-g are added to Figures 3.12 and 3.13. The 1-g results for propane-nitrogen mixtures have the opposite behavior with heats of gasification decreasing with heat of combustion for the same mass flux.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=50",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55], ground burner), heat of combustion 43.7 kJ/g (dissertation Fig. 5.4 legend, 1-g table row 1)",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "propane-nitrogen mixtures",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (The 1-g BRE of Auth [55,56] burned propane-nitrogen gas mixtures through a porous burner (page 50); the BRE is a gas burner emulating condensed fuels (page 21), not a material sample.); flags: GROUND_1G_TESTS; R202 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The results of Auth [55,56] who used the BRE in 1-g are added to Figures 3.12 and 3.13. The 1-g results for propane-nitrogen mixtures have the opposite behavior with heats of gasification decreasing with heat of combustion for the same mass flux.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=50",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 35 kJ/g (Fig. 5.4 legend, 1-g row 2)",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "propane-nitrogen mixtures",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (The 1-g BRE of Auth [55,56] burned propane-nitrogen gas mixtures through a porous burner (page 50); the BRE is a gas burner emulating condensed fuels (page 21), not a material sample.); flags: GROUND_1G_TESTS; R202 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The results of Auth [55,56] who used the BRE in 1-g are added to Figures 3.12 and 3.13. The 1-g results for propane-nitrogen mixtures have the opposite behavior with heats of gasification decreasing with heat of combustion for the same mass flux.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=50",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 26.2 kJ/g (Fig. 5.4 legend, 1-g row 3)",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "propane-nitrogen mixtures",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (The 1-g BRE of Auth [55,56] burned propane-nitrogen gas mixtures through a porous burner (page 50); the BRE is a gas burner emulating condensed fuels (page 21), not a material sample.); flags: GROUND_1G_TESTS; R202 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The results of Auth [55,56] who used the BRE in 1-g are added to Figures 3.12 and 3.13. The 1-g results for propane-nitrogen mixtures have the opposite behavior with heats of gasification decreasing with heat of combustion for the same mass flux.",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=50",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 17.5 kJ/g (Fig. 5.4 legend, 1-g row 4)",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "propane-nitrogen mixtures",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (Fig. 5.4 legend, 1-g table (columns: heat of combustion dh kJ/g, XO2, p bar), rows 43.7, 35, 26.2 and 17.5 kJ/g; printed in the figure legend, not in running text; the 0-g table that follows is not used. The dissertation uses bar and atm interchangeably for nominal pressures (pages 21, 106); kept as written, not converted by hand. The 1-g data come from Auth's M.Sc. thesis [55], not in the PSI files; the legend rows are conditions, not single points. The SRD Table 3 runs are NOT used. XO2 = 0.21 in each row; consistent with page 106 'normal gravity with 21% oxygen'.); flags: GROUND_1G_TESTS; R203 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "1-g ∆ℎ4 kJ/g XO2 p (bar) 43.7 0.21 1 35 0.21 1 26.2 0.21 1 17.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=105",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55], ground burner), heat of combustion 43.7 kJ/g (dissertation Fig. 5.4 legend, 1-g table row 1)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (Fig. 5.4 legend, 1-g table (columns: heat of combustion dh kJ/g, XO2, p bar), rows 43.7, 35, 26.2 and 17.5 kJ/g; printed in the figure legend, not in running text; the 0-g table that follows is not used. The dissertation uses bar and atm interchangeably for nominal pressures (pages 21, 106); kept as written, not converted by hand. The 1-g data come from Auth's M.Sc. thesis [55], not in the PSI files; the legend rows are conditions, not single points. The SRD Table 3 runs are NOT used. XO2 = 0.21 in each row; consistent with page 106 'normal gravity with 21% oxygen'.); flags: GROUND_1G_TESTS; R203 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "1-g ∆ℎ4 kJ/g XO2 p (bar) 43.7 0.21 1 35 0.21 1 26.2 0.21 1 17.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=105",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 35 kJ/g (Fig. 5.4 legend, 1-g row 2)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (Fig. 5.4 legend, 1-g table (columns: heat of combustion dh kJ/g, XO2, p bar), rows 43.7, 35, 26.2 and 17.5 kJ/g; printed in the figure legend, not in running text; the 0-g table that follows is not used. The dissertation uses bar and atm interchangeably for nominal pressures (pages 21, 106); kept as written, not converted by hand. The 1-g data come from Auth's M.Sc. thesis [55], not in the PSI files; the legend rows are conditions, not single points. The SRD Table 3 runs are NOT used. XO2 = 0.21 in each row; consistent with page 106 'normal gravity with 21% oxygen'.); flags: GROUND_1G_TESTS; R203 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "1-g ∆ℎ4 kJ/g XO2 p (bar) 43.7 0.21 1 35 0.21 1 26.2 0.21 1 17.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=105",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 26.2 kJ/g (Fig. 5.4 legend, 1-g row 3)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (Fig. 5.4 legend, 1-g table (columns: heat of combustion dh kJ/g, XO2, p bar), rows 43.7, 35, 26.2 and 17.5 kJ/g; printed in the figure legend, not in running text; the 0-g table that follows is not used. The dissertation uses bar and atm interchangeably for nominal pressures (pages 21, 106); kept as written, not converted by hand. The 1-g data come from Auth's M.Sc. thesis [55], not in the PSI files; the legend rows are conditions, not single points. The SRD Table 3 runs are NOT used. XO2 = 0.21 in each row; consistent with page 106 'normal gravity with 21% oxygen'.); flags: GROUND_1G_TESTS; R203 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "1-g ∆ℎ4 kJ/g XO2 p (bar) 43.7 0.21 1 35 0.21 1 26.2 0.21 1 17.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=105",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 17.5 kJ/g (Fig. 5.4 legend, 1-g row 4)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (Fig. 5.4 legend, 1-g table (columns: heat of combustion dh kJ/g, XO2, p bar), rows 43.7, 35, 26.2 and 17.5 kJ/g; printed in the figure legend, not in running text; the 0-g table that follows is not used. The dissertation uses bar and atm interchangeably for nominal pressures (pages 21, 106); kept as written, not converted by hand. The 1-g data come from Auth's M.Sc. thesis [55], not in the PSI files; the legend rows are conditions, not single points. The SRD Table 3 runs are NOT used. p = 1 bar in each row.); flags: GROUND_1G_TESTS; bar x 100; R204 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "1-g ∆ℎ4 kJ/g XO2 p (bar) 43.7 0.21 1 35 0.21 1 26.2 0.21 1 17.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=105",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55], ground burner), heat of combustion 43.7 kJ/g (dissertation Fig. 5.4 legend, 1-g table row 1)",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (Fig. 5.4 legend, 1-g table (columns: heat of combustion dh kJ/g, XO2, p bar), rows 43.7, 35, 26.2 and 17.5 kJ/g; printed in the figure legend, not in running text; the 0-g table that follows is not used. The dissertation uses bar and atm interchangeably for nominal pressures (pages 21, 106); kept as written, not converted by hand. The 1-g data come from Auth's M.Sc. thesis [55], not in the PSI files; the legend rows are conditions, not single points. The SRD Table 3 runs are NOT used. p = 1 bar in each row.); flags: GROUND_1G_TESTS; bar x 100; R204 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "1-g ∆ℎ4 kJ/g XO2 p (bar) 43.7 0.21 1 35 0.21 1 26.2 0.21 1 17.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=105",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 35 kJ/g (Fig. 5.4 legend, 1-g row 2)",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (Fig. 5.4 legend, 1-g table (columns: heat of combustion dh kJ/g, XO2, p bar), rows 43.7, 35, 26.2 and 17.5 kJ/g; printed in the figure legend, not in running text; the 0-g table that follows is not used. The dissertation uses bar and atm interchangeably for nominal pressures (pages 21, 106); kept as written, not converted by hand. The 1-g data come from Auth's M.Sc. thesis [55], not in the PSI files; the legend rows are conditions, not single points. The SRD Table 3 runs are NOT used. p = 1 bar in each row.); flags: GROUND_1G_TESTS; bar x 100; R204 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "1-g ∆ℎ4 kJ/g XO2 p (bar) 43.7 0.21 1 35 0.21 1 26.2 0.21 1 17.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=105",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 26.2 kJ/g (Fig. 5.4 legend, 1-g row 3)",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-20",
    "acronym": "ACME BRE",
    "doi": "10.60555/vb93-3y72",
    "method": "document",
    "note": "confidence derived (Fig. 5.4 legend, 1-g table (columns: heat of combustion dh kJ/g, XO2, p bar), rows 43.7, 35, 26.2 and 17.5 kJ/g; printed in the figure legend, not in running text; the 0-g table that follows is not used. The dissertation uses bar and atm interchangeably for nominal pressures (pages 21, 106); kept as written, not converted by hand. The 1-g data come from Auth's M.Sc. thesis [55], not in the PSI files; the legend rows are conditions, not single points. The SRD Table 3 runs are NOT used. p = 1 bar in each row.); flags: GROUND_1G_TESTS; bar x 100; R204 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "1-g ∆ℎ4 kJ/g XO2 p (bar) 43.7 0.21 1 35 0.21 1 26.2 0.21 1 17.5 0.21 1",
    "source_file": "psi-data/PSI-20/Reports/PSI-20_Reports_Dissertation-PD-revised_.pdf",
    "source_location": "page=105",
    "status": "extracted",
    "test_id": "1-g BRE series (Auth [55]), heat of combustion 17.5 kJ/g (Fig. 5.4 legend, 1-g row 4)",
    "unit": "kPa",
    "unit_original": "bar",
    "value": "100",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=1;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "17319",
    "unit": "",
    "unit_original": "",
    "value": "40% CH4",
    "value_original": "40% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=2;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "17324",
    "unit": "",
    "unit_original": "",
    "value": "40% CH5",
    "value_original": "40% CH5",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=3;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "17342",
    "unit": "",
    "unit_original": "",
    "value": "40% CH6",
    "value_original": "40% CH6",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=4;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "17356",
    "unit": "",
    "unit_original": "",
    "value": "40% CH7",
    "value_original": "40% CH7",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=5;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18003",
    "unit": "",
    "unit_original": "",
    "value": "40% CH8",
    "value_original": "40% CH8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=6;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18005",
    "unit": "",
    "unit_original": "",
    "value": "40% CH9",
    "value_original": "40% CH9",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=7;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18008",
    "unit": "",
    "unit_original": "",
    "value": "40% CH10",
    "value_original": "40% CH10",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=8;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18011",
    "unit": "",
    "unit_original": "",
    "value": "40% CH11",
    "value_original": "40% CH11",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=9;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18022",
    "unit": "",
    "unit_original": "",
    "value": "40% CH12",
    "value_original": "40% CH12",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=10;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18026",
    "unit": "",
    "unit_original": "",
    "value": "40% CH13",
    "value_original": "40% CH13",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=11;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18032",
    "unit": "",
    "unit_original": "",
    "value": "40% CH14",
    "value_original": "40% CH14",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=12;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18039",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=13;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18043",
    "unit": "",
    "unit_original": "",
    "value": "100% CH5",
    "value_original": "100% CH5",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=14;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18053",
    "unit": "",
    "unit_original": "",
    "value": "100% CH6",
    "value_original": "100% CH6",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=15;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18145",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=16;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18151",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H5",
    "value_original": "100% C2H5",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=17;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18177",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H6",
    "value_original": "100% C2H6",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=18;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18186",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H7",
    "value_original": "100% C2H7",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=19;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18192",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H8",
    "value_original": "100% C2H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=20;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18199",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H9",
    "value_original": "100% C2H9",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=21;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18214",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H10",
    "value_original": "100% C2H10",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=22;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18218",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H11",
    "value_original": "100% C2H11",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=23;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18235",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H4",
    "value_original": "50% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=24;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18239",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H5",
    "value_original": "50% C2H5",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=25;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18241",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H6",
    "value_original": "50% C2H6",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=26;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18249",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H7",
    "value_original": "50% C2H7",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=27;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18253",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H8",
    "value_original": "50% C2H8",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=28;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "18257",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H9",
    "value_original": "50% C2H9",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=29;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "21041",
    "unit": "",
    "unit_original": "",
    "value": "30% C2H4",
    "value_original": "30% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=30;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "21046",
    "unit": "",
    "unit_original": "",
    "value": "30% C2H5",
    "value_original": "30% C2H5",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=31;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "21050",
    "unit": "",
    "unit_original": "",
    "value": "40% CH4",
    "value_original": "40% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "table",
    "note": "formula looks like a spreadsheet fill-series artifact",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-21/Experimental table/PSI-21_Experimental table_CLD Flame.csv",
    "source_location": "row=32;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "21062",
    "unit": "",
    "unit_original": "",
    "value": "40% CH5",
    "value_original": "40% CH5",
    "variable": "fuel"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "document",
    "note": "confidence direct (Under 'SELECTED FINDINGS' in the CLD Flame section of a NASA Glenn fact sheet (outside PSI). It reports this experiment's results for sooty flames burned in microgravity; R2 covers the diluted flames. The same page says the experiment covers both ends: 'pure-fuel flames that produce soot, and highly diluted flames that are close to extinction'. The fact sheet does not list test days.); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "For sooty flames, results show that the absence of gravity can have a major effect. Flames are taller, wider, cooler, and far sootier in microgravity as compared to normal gravity.",
    "source_file": "nasa/glenn-factsheet-acme/advanced-combustion-via-microgravity-experiments-acme.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "document",
    "note": "confidence direct (Same 'SELECTED FINDINGS' list as R1, for the diluted flames. The fact sheet does not list test days.); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The data has shown that for highly diluted weak flames, microgravity flames are more stable than their normal gravity counterparts.",
    "source_file": "nasa/glenn-factsheet-acme/advanced-combustion-via-microgravity-experiments-acme.pdf",
    "source_location": "page=4",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "document",
    "note": "confidence ambiguous (A plan ('will be important'), not a statement that the tests were run in microgravity. section=researchImpacts has another goal sentence of the same kind: 'A goal of the study will be to apply sophisticated numerical tools and quantitative diagnostic techniques to the study of hydrocarbon diffusion flames in a microgravity environment.'); R3 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The enhanced time and spatial scales in a microgravity environment will be important for achieving both goals.",
    "source_file": "psi-data/PSI-21/_investigation/PSI-21.json",
    "source_location": "section=approach",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "document",
    "note": "confidence ambiguous (PSI category label for the whole investigation, not a sentence about the test conditions.); R4 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Microgravity Investigation",
    "source_file": "psi-data/PSI-21/_investigation/PSI-21.json",
    "source_location": "section=projectType",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "document",
    "note": "confidence direct (PSI record label for the whole investigation. The fuels named in section=objective are methane and ethylene.); R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Flames of gaseous fuel",
    "source_file": "psi-data/PSI-21/_investigation/PSI-21.json",
    "source_location": "section=subResearchArea",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "document",
    "note": "confidence direct; R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-21/_investigation/PSI-21.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "document",
    "note": "confidence direct (The ACME chamber insert in the CIR is shared by the six ACME experiments listed in the fact sheet (BRE, CLD Flame, E-FIELD Flames, Flame Design, s-Flame, CFI-G). See lineage.); flags: SHARED_LINEAGE; R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Combustion Integrated Rack (CIR), ACME",
    "source_file": "psi-data/PSI-21/_investigation/PSI-21.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)",
    "value_original": "Combustion Integrated Rack (CIR)",
    "variable": "platform"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "document",
    "note": "confidence ambiguous (Planned oxidizer coflow (fact sheet p.3, future tense 'will be made ... in an air coflow'): air = oxygen balanced mainly by nitrogen. Oxidizer stream only. No allowed source states the coflow or chamber gas actually used in the flown tests (the CSV lists only Fuel and N2 MFCs; fact sheet p.18: ACME runs are constant-volume). The fuel-stream diluent N2 (CSV row=1 Notes) is a separate item.); R9 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Measurements will be made of the structure of diluted methane and ethylene flames in an air coflow.",
    "source_file": "nasa/glenn-factsheet-acme/advanced-combustion-via-microgravity-experiments-acme.pdf",
    "source_location": "page=3",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "document",
    "note": "confidence direct (Objective A of the PSI record. The investigation title (section=title) also names the configuration: 'Coflow Laminar Diffusion Flame'.); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Characterize the behavior of weak coflow diffusion flames of methane and ethylene, as a function of velocity and fuel dilution, through measurement of flame shape, lift-off heights, temperatures and extinction limits.",
    "source_file": "psi-data/PSI-21/_investigation/PSI-21.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "coflow",
    "value_original": "coflow",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-21",
    "acronym": "ACME CLD Flame",
    "doi": "10.60555/23e1-9950",
    "method": "document",
    "note": "confidence direct (The sentence is written as a plan ('will be made').); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Measurements will be made of the structure of diluted methane and ethylene flames in an air coflow.",
    "source_file": "nasa/glenn-factsheet-acme/advanced-combustion-via-microgravity-experiments-acme.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "coflow",
    "value_original": "coflow",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=1;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18073",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=2;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18078",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=4;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18080",
    "unit": "",
    "unit_original": "",
    "value": "40% CH4",
    "value_original": "40% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=5;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18087",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=7;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18092",
    "unit": "",
    "unit_original": "",
    "value": "30% C2H4",
    "value_original": "30% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=8;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18095",
    "unit": "",
    "unit_original": "",
    "value": "30% C2H4",
    "value_original": "30% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=9;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18102",
    "unit": "",
    "unit_original": "",
    "value": "40% CH4",
    "value_original": "40% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=10;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18106",
    "unit": "",
    "unit_original": "",
    "value": "40% CH4",
    "value_original": "40% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=11;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18113",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=12;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18130",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=13;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18137",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=15;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18269",
    "unit": "",
    "unit_original": "",
    "value": "40% CH4",
    "value_original": "40% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=16;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18274",
    "unit": "",
    "unit_original": "",
    "value": "30% C2H4",
    "value_original": "30% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=17;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18282",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=19;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18285",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=20;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18290",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=21;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18298",
    "unit": "",
    "unit_original": "",
    "value": "40% CH4",
    "value_original": "40% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=22;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18302",
    "unit": "",
    "unit_original": "",
    "value": "30% C2H4",
    "value_original": "30% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=23;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18312",
    "unit": "",
    "unit_original": "",
    "value": "100% CH4",
    "value_original": "100% CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=25;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18319",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-22/Experimental table/PSI-22_Experimental table_ACME E-FIELD Flames.csv",
    "source_location": "row=29;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "18319",
    "unit": "",
    "unit_original": "",
    "value": "100% C2H4",
    "value_original": "100% C2H4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "document",
    "note": "confidence direct (Experiment-level description in the PSI record (present tense, not a plan). The next sentence of the same section is: 'This unique environment is ideal for isolating electric field effects from buoyancy forces.' The electric field is studied in microgravity; its body force is not a gravity level (see lineage).); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The E-FIELD flames experiment investigates how electric fields influence the behavior of laminar diffusion flames in microgravity.",
    "source_file": "psi-data/PSI-22/_investigation/PSI-22.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "document",
    "note": "confidence direct (Appendix B of the Final Report (30-day report for ISS Increments 55-56, dated 15 Nov. 2018); 'the tests' are the E-FIELD Flames tests. Context only, not a gravity value: page 50 says the acceleration environment 'has thus far not been evaluated with available measurements from the Space Acceleration Measurement System (SAMS)', and the Data Interpretation document (page 11) says the CIR's Passive Rack Isolation System 'was not utilized for ACME testing' (page 50 of the Final Report only says the CIR 'is equipped with' it).); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Conducting the tests in microgravity allows for great simplifications in the analysis of ion-driven convection and flame interaction, enabling new understanding and the development of less polluting and more efficient combustion technology for use on Earth.",
    "source_file": "psi-data/PSI-22/Reports/PSI-22_Reports_E-FIELD Flames Final Report.pdf",
    "source_location": "page=43",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "document",
    "note": "confidence direct (Fuels named in the same section: 'Methane and ethylene were used as fuels and diluted with nitrogen to control flame strength.'); R4 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The experiment is conducted with gas-fueled flames, both with and without a coflow of air.",
    "source_file": "psi-data/PSI-22/_investigation/PSI-22.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gas-fueled",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "document",
    "note": "confidence direct (Appendix C (30-day report for Increments 57-58, written after both rounds). The same sentence is on page 46; the Data Interpretation document (page 2) also says 'the fuel was gaseous'.); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "E-FIELD Flames does not have living subjects like a life science experiment, but the tests are independently conducted with two different gaseous fuels, methane and ethylene.",
    "source_file": "psi-data/PSI-22/Reports/PSI-22_Reports_E-FIELD Flames Final Report.pdf",
    "source_location": "page=61",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "document",
    "note": "confidence direct; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-22/_investigation/PSI-22.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "document",
    "note": "confidence direct (Also section=experimentHardware: 'Combustion Integrated Rack (CIR), ACME'. Final Report page 3: tests 'are conducted within the Combustion Integrated Rack (CIR) on the International Space Station (ISS)'. The ACME chamber insert in the CIR is shared by the six ACME experiments; see lineage.); flags: SHARED_LINEAGE; R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "All experiments were conducted in the combustion integrated rack (CIR).",
    "source_file": "psi-data/PSI-22/_investigation/PSI-22.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)",
    "value_original": "combustion integrated rack (CIR)",
    "variable": "platform"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "document",
    "note": "confidence derived (The sentence gives the oxygen/nitrogen mixture used by E-FIELD Flames (balance gas: nitrogen) but does not itself say it fills the chamber. Link to the ambient: page 20, 'For most ACME experiments, the limiting gas constraint is the oxygen/nitrogen bottles used to fill the chamber.'; page 21, 'a weak coflow of ‘air’ which also fills the chamber'. Text of pages 10-15 is reproduced from Chien et al. 2018 (note on page 10).); R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Fuels are stored in 1-liter bottles, while the 21/79 oxygen/nitrogen mixture (on a volume basis) used by E-FIELD Flames comes in 3.80-liter bottles.",
    "source_file": "psi-data/PSI-22/Reports/PSI-22_Reports_E-FIELD Flames Final Report.pdf",
    "source_location": "page=11",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "21/79 oxygen/nitrogen mixture",
    "variable": "diluent"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "document",
    "note": "confidence ambiguous (Plan, not an as-run statement ('will have'). Page 3 says this background is the Executive Summary of the March 2010 Science Requirements Document 'With minor editing'. That SRD (psi-data/PSI-22/Science Documents/PSI-22_Science Documents_E-FIELD_Flames_SRD_20100402.pdf) was not in the source list for this extraction. Agrees with R8-R10.); flags: SECONDARY_SOURCE; R11 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The co-flow or environment gas will have a nominal molar composition of 21% O2 and 79% N2.",
    "source_file": "psi-data/PSI-22/Reports/PSI-22_Reports_E-FIELD Flames Final Report.pdf",
    "source_location": "page=4",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "79% N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "document",
    "note": "source gives a ratio with the label 'on a volume basis', not a % sign; confidence derived (Same sentence and same chamber-fill link as R8 (page 20: 'the oxygen/nitrogen bottles used to fill the chamber'; page 21: coflow ‘air’ 'which also fills the chamber'). Nominal fill composition, not a measured value: page 11 also says 'Burner flows are generally constrained to limit the pressure rise and vitiation of the atmosphere', and page 20 says that midway through a test day the atmosphere is filtered to remove part of 'the combustion products'. For second-round tests the 21/79 environment is stated explicitly only for the Table 4 test points (R14).); flags: UNIT_AMBIGUOUS; percent x 0.01 (parts of a ratio summing to 100); R12 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Fuels are stored in 1-liter bottles, while the 21/79 oxygen/nitrogen mixture (on a volume basis) used by E-FIELD Flames comes in 3.80-liter bottles.",
    "source_file": "psi-data/PSI-22/Reports/PSI-22_Reports_E-FIELD Flames Final Report.pdf",
    "source_location": "page=11",
    "status": "extracted",
    "test_id": "*",
    "unit": "1",
    "unit_original": "on a volume basis",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-22",
    "acronym": "ACME E-FIELD Flames",
    "doi": "10.60555/se5a-8c73",
    "method": "document",
    "note": "confidence ambiguous (Plan, not an as-run statement ('will have'); basis stated as molar. Same provenance as R11 (2010 SRD Executive Summary reproduced 'With minor editing', page 3; the SRD itself was not in the source list). As-run statements R12-R15 give the same 21.); flags: SECONDARY_SOURCE; percent x 0.01; R16 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The co-flow or environment gas will have a nominal molar composition of 21% O2 and 79% N2.",
    "source_file": "psi-data/PSI-22/Reports/PSI-22_Reports_E-FIELD Flames Final Report.pdf",
    "source_location": "page=4",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=1;column=Atmosphere*",
    "status": "extracted",
    "test_id": "19254",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=1;column=Atmosphere*",
    "status": "extracted",
    "test_id": "19254",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "with N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=1;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "19254",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H4 with N2",
    "value_original": "50% C2H4 with N2",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=2;column=Atmosphere*",
    "status": "extracted",
    "test_id": "19256",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "'N3' is not a gas: spreadsheet fill-series artifact",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=2;column=Atmosphere*",
    "status": "insufficient_evidence",
    "test_id": "19256",
    "unit": "",
    "unit_original": "",
    "value": "~21% O2 with N3",
    "value_original": "with N3",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "contains a spreadsheet fill-series artifact (e.g. 'N3')",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=2;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "19256",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H4 with N3",
    "value_original": "50% C2H4 with N3",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=3;column=Atmosphere*",
    "status": "extracted",
    "test_id": "19304",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "'N4' is not a gas: spreadsheet fill-series artifact",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=3;column=Atmosphere*",
    "status": "insufficient_evidence",
    "test_id": "19304",
    "unit": "",
    "unit_original": "",
    "value": "~21% O2 with N4",
    "value_original": "with N4",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=3;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "19304",
    "unit": "",
    "unit_original": "",
    "value": "45% CH4 with N2",
    "value_original": "45% CH4 with N2",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=4;column=Atmosphere*",
    "status": "extracted",
    "test_id": "19308",
    "unit": "1",
    "unit_original": "%",
    "value": "0.3",
    "value_original": "~30%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=4;column=Atmosphere*",
    "status": "extracted",
    "test_id": "19308",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "with N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "contains a spreadsheet fill-series artifact (e.g. 'N3')",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=4;column=Fuel Bottle",
    "status": "insufficient_evidence",
    "test_id": "19308",
    "unit": "",
    "unit_original": "",
    "value": "45% CH4 with N3",
    "value_original": "45% CH4 with N3",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=5;column=Atmosphere*",
    "status": "extracted",
    "test_id": "19352",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=5;column=Atmosphere*",
    "status": "extracted",
    "test_id": "19352",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "with N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=5;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "19352",
    "unit": "",
    "unit_original": "",
    "value": "100% H2",
    "value_original": "100% H2",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=6;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20006",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "'N3' is not a gas: spreadsheet fill-series artifact",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=6;column=Atmosphere*",
    "status": "insufficient_evidence",
    "test_id": "20006",
    "unit": "",
    "unit_original": "",
    "value": "~21% O2 with N3",
    "value_original": "with N3",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=6;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20006",
    "unit": "",
    "unit_original": "",
    "value": "44.4% H2 with CH4",
    "value_original": "44.4% H2 with CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=7;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20013",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "'N4' is not a gas: spreadsheet fill-series artifact",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=7;column=Atmosphere*",
    "status": "insufficient_evidence",
    "test_id": "20013",
    "unit": "",
    "unit_original": "",
    "value": "~21% O2 with N4",
    "value_original": "with N4",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=7;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20013",
    "unit": "",
    "unit_original": "",
    "value": "66.7% H2 with CH4",
    "value_original": "66.7% H2 with CH4",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=8;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20024",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "'N5' is not a gas: spreadsheet fill-series artifact",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=8;column=Atmosphere*",
    "status": "insufficient_evidence",
    "test_id": "20024",
    "unit": "",
    "unit_original": "",
    "value": "~21% O2 with N5",
    "value_original": "with N5",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=8;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20024",
    "unit": "",
    "unit_original": "",
    "value": "100% H2",
    "value_original": "100% H2",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=9;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20029",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "'N6' is not a gas: spreadsheet fill-series artifact",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=9;column=Atmosphere*",
    "status": "insufficient_evidence",
    "test_id": "20029",
    "unit": "",
    "unit_original": "",
    "value": "~21% O2 with N6",
    "value_original": "with N6",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=9;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20029",
    "unit": "",
    "unit_original": "",
    "value": "50% C2H4 with N2",
    "value_original": "50% C2H4 with N2",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=10;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20132",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=10;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20132",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "with He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=10;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20132",
    "unit": "",
    "unit_original": "",
    "value": "25% H2, 20% CH4, with He",
    "value_original": "25% H2, 20% CH4, with He",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=11;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20136",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=11;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20136",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "with He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=11;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20136",
    "unit": "",
    "unit_original": "",
    "value": "20% H2, 25% CH4, with He",
    "value_original": "20% H2, 25% CH4, with He",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=12;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20142",
    "unit": "1",
    "unit_original": "%",
    "value": "0.3",
    "value_original": "~30%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=12;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20142",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "with He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=12;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20142",
    "unit": "",
    "unit_original": "",
    "value": "30% H2, 15% CH4, with He",
    "value_original": "30% H2, 15% CH4, with He",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=13;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20155",
    "unit": "1",
    "unit_original": "%",
    "value": "0.3",
    "value_original": "~30%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=13;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20155",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=13;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20155",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "with He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=13;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20155",
    "unit": "",
    "unit_original": "",
    "value": "45% H2 with He",
    "value_original": "45% H2 with He",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=14;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20160",
    "unit": "1",
    "unit_original": "%",
    "value": "0.3",
    "value_original": "~30%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=14;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20160",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=14;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20160",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "with He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=14;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20160",
    "unit": "",
    "unit_original": "",
    "value": "45% CH4 with He",
    "value_original": "45% CH4 with He",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=15;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20164",
    "unit": "1",
    "unit_original": "%",
    "value": "0.3",
    "value_original": "~30%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=15;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20164",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "with He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=15;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20164",
    "unit": "",
    "unit_original": "",
    "value": "20% C2H4 with He",
    "value_original": "20% C2H4 with He",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=16;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20170",
    "unit": "1",
    "unit_original": "%",
    "value": "0.3",
    "value_original": "~30%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=16;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20170",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=16;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20170",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "with He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=16;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20170",
    "unit": "",
    "unit_original": "",
    "value": "25% C2H4 with He",
    "value_original": "25% C2H4 with He",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=17;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20176",
    "unit": "1",
    "unit_original": "%",
    "value": "0.3",
    "value_original": "~30%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=17;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20176",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=17;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20176",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "with He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=17;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20176",
    "unit": "",
    "unit_original": "",
    "value": "30% C2H4 with He",
    "value_original": "30% C2H4 with He",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=18;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20190",
    "unit": "1",
    "unit_original": "%",
    "value": "0.3",
    "value_original": "~30%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "approximate (~) in source; initial value (the table's note: O2% drops with vitiation); percent x 0.01",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=18;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20190",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "~21%",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Atmosphere*",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=18;column=Atmosphere*",
    "status": "extracted",
    "test_id": "20190",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "with He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "table",
    "note": "",
    "quote": "Fuel Bottle",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=18;column=Fuel Bottle",
    "status": "extracted",
    "test_id": "20190",
    "unit": "",
    "unit_original": "",
    "value": "35% H2 with He",
    "value_original": "35% H2 with He",
    "variable": "fuel"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (Rationale for the investigation, not a statement that these tests were run in microgravity. section=projectType is only the PSI category label 'Microgravity Investigation'. The direct statements are in the final report (R2, R3).); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Fundamentally, the unique buoyancy-free environment offered by microgravity affords simple aerodynamic flow fields to acquire diffusion flame data of high fidelity, with the prospect of understanding unit thermochemical processes as well as quantifying the associated physico-chemical parameters.",
    "source_file": "psi-data/PSI-23/_investigation/PSI-23.json",
    "source_location": "section=researchImpacts",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence direct (Section 4.C 'Summary of Preliminary Results'. Covers both rounds (test days 19254 to 20190). The report adds that the acceleration environment was not evaluated, page=42: 'It is possible that the tests are subtly affected by the acceleration environment, but there is not obvious indication of this and it has thus far not been evaluated with available measurements from the Space Acceleration Measurement System (SAMS).'); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The project has completed two (2) rounds of microgravity experimentation.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=25",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (PSI record text, written as a plan ('will be used'). section=subResearchArea also reads 'Flames of gaseous fuels'.); R4 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Conventional gaseous fuels including hydrogen, methane, and ethylene will be used.",
    "source_file": "psi-data/PSI-23/_investigation/PSI-23.json",
    "source_location": "section=approach",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence direct (Section 4.C of the final report, written after both test rounds.); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Conventional gaseous fuels including hydrogen, methane, and ethylene are used.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=25",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "gas",
    "value_original": "gaseous fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence direct; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-23/_investigation/PSI-23.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence direct (The ACME chamber insert in the CIR is shared with the other ACME investigations named in the report (CLD Flame, E-FIELD Flames, BRE, Flame Design, CFI-G). See lineage.); flags: SHARED_LINEAGE; R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Combustion Integrated Rack (CIR), ACME",
    "source_file": "psi-data/PSI-23/_investigation/PSI-23.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)",
    "value_original": "Combustion Integrated Rack (CIR)",
    "variable": "platform"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence direct (Section 1 'Overview'. The CIR named in the same sentence is proposed in R9.); R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Structure and Response of Spherical Diffusion Flames (s-Flame) experiment is one of six independent experiments that make up the Advanced Combustion via Microgravity Experiments (ACME) project for which tests are conducted within the Combustion Integrated Rack (CIR) on the International Space Station (ISS).",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence direct (Section 4.C. 'ACME hardware' is the ACME chamber insert shared by the ACME investigations. See lineage.); flags: SHARED_LINEAGE; R9 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The s-Flame experiment uses the Combustion Integrated Rack (CIR) and the ACME hardware in the Destiny module of the ISS.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=25",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)",
    "value_original": "Combustion Integrated Rack (CIR)",
    "variable": "platform"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence direct (Notes column, data row 2: the footnote for the Atmosphere column, applying to all test days. Approximate nominal chamber pressure; the same note says pressure increases with vitiation but gives no value for the increase.); atm x 101.325; R10 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "*Atmosphere is ~1 atm but pressure increases and O2% drops with vitiation.",
    "source_file": "psi-data/PSI-23/Experimental table/PSI-23_Experimental table_ACME s-Flame.csv",
    "source_location": "row=2",
    "status": "extracted",
    "test_id": "*",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence direct (Footnote 2 under Table 1 'Flames ignited for the s-Flame experiment' (preceded by a superscript '2' in the PDF). The same footnote is under the Appendix D table on page=60. Context, page=17: 'All ACME experiments will be constant volume (i.e., rather than constant pressure) studies, where the chamber’s free volume will be about 90 liters.'); atm x 101.325; R11 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Atmosphere is ~1 atm but pressure increases and O2% drops with vitiation.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=24",
    "status": "extracted",
    "test_id": "*",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence direct (Appendix G (Payload Weekly Science Summary), 'Week 15: January 3 - 9', describing GMT 006, i.e. test day 20006. Agrees with the ~1 atm note (R10, R11).); atm x 101.325; R12 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "These tests were conducted with a mixture of hydrogen (20%), methane (25%), and nitrogen (55%) ejected from the porous spherical burner into a chamber atmosphere of air (21% oxygen, 79% nitrogen at 1 atm).",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=78",
    "status": "extracted",
    "test_id": "20006",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence direct (Appendix G, 'Week 16: January 10 - 16', caption of a figure showing four tests from GMT 013 (test day 20013). The oxygen value in the same sentence is proposed in R14.); atm x 101.325; R13 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The fuel and nitrogen both flow from the burner sphere into a chamber atmosphere of ~19% oxygen and nitrogen at a pressure of ~1 atm.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=79",
    "status": "extracted",
    "test_id": "20013",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (Disagrees with the PSI table: CSV row=7 (test day 20013) Atmosphere reads '~21% O2 with N4'. Inside the same report, Table 1 (page=24) gives '~21% O2, with N2' for this day and page=27 says 'Test day 20013 mainly investigates 30% H2 /15% CH4 / 55% N2 mixtures issuing into air.' This page-79 sentence comes from the weekly operations summary and describes four specific tests. The table note (CSV row=2) says 'O2% drops with vitiation'; the report does not say whether that explains ~19%. Both values kept, not resolved. Percent basis: the report states it elsewhere as volume (page=19: 'an oxygen concentration of nominally 21% (on a volume basis)').); flags: DISCREPANCY; percent x 0.01; R14 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The fuel and nitrogen both flow from the burner sphere into a chamber atmosphere of ~19% oxygen and nitrogen at a pressure of ~1 atm.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=79",
    "status": "insufficient_evidence",
    "test_id": "20013",
    "unit": "1",
    "unit_original": "%",
    "value": "0.19",
    "value_original": "19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (PSI table CSV row=15 (test day 20164) Atmosphere reads only '~30% O2 with He'. The report says tests at 21% O2/He were also run that day, all without ignition; page=68: 'The 20164 tests began study of ethylene-based flames, where 20% C2H4/80% He issued into 30% O2/He and 21% O2/He atmospheres.' The table counts flames ignited; neither source says whether its Atmosphere column is meant to cover non-ignited tests. Percent basis: see R14.); flags: DISCREPANCY; percent x 0.01; R15 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Although 13 tests were conducted with the 21% O2/He atmosphere, ignition was not achieved.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=69",
    "status": "insufficient_evidence",
    "test_id": "20164",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (PSI table CSV row=18 (test day 20190) Atmosphere reads '~30% and ~21% O2 with He'; the report adds a last set of tests at 17.5% O2 on that day. Also stated on page=29: 'Tests with a reduced oxygen concentration atmosphere of 17.5% O2 / 82.5% He seems to show both radiative and kinetic extinction.' The diluent (He) agrees with the table. Percent basis: see R14.); flags: DISCREPANCY; percent x 0.01; R16 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A last set of tests were conducted with a reduced oxygen concentration atmosphere, i.e., 17.5% O2/82.5% He.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=69",
    "status": "insufficient_evidence",
    "test_id": "20190",
    "unit": "1",
    "unit_original": "%",
    "value": "0.175",
    "value_original": "17.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (PSI table CSV row=2 (test day 19256) Atmosphere reads '~21% O2 with N3' (and Fuel Bottle '50% C2H4 with N3'); 'N3' is not a diluent gas. The report's Table 1 (page=24) gives '~21% O2 with N2' for this day. Oxygen (~21%) agrees. The '2' digits are subscripts in the PDF.); flags: DISCREPANCY; R17 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Test day 19256 uses nitrogen-diluted C2H4 issuing into 21% O2 / 79% N2 atmosphere to examine kinetic extinction at low system Damköhler numbers.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=26",
    "status": "insufficient_evidence",
    "test_id": "19256",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "79% N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (PSI table CSV row=3 (test day 19304) Atmosphere reads '~21% O2 with N4'; 'N4' is not a diluent gas. The report's Table 1 (page=24) gives '~21% O2 with N2' for this day. Oxygen (~21%) agrees.); flags: DISCREPANCY; R18 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Test day 19304 investigates 45% CH4 / 55% N2 mixtures issuing into 21% O2 / 79% N2 atmosphere.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=26",
    "status": "insufficient_evidence",
    "test_id": "19304",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "79% N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (Table 1, Atmosphere column: this cell is merged over test days 19352, 20006, 20013, 20024 and 20029. The PSI table reads differently for four of them: CSV row=6 (20006) '~21% O2 with N3', row=7 (20013) '~21% O2 with N4', row=8 (20024) '~21% O2 with N5', row=9 (20029) '~21% O2 with N6'; N3 to N6 are not diluent gases. Row=5 (19352) reads N2 and agrees, so 19352 is not listed here. The Appendix C table (page=49) has the same cell text. For 20006 and 20013, page=27 also says the mixtures issued 'into air'.); flags: DISCREPANCY; R19 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "~21% O2, with N2",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=24",
    "status": "insufficient_evidence",
    "test_id": "20006",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (Table 1, Atmosphere column: this cell is merged over test days 19352, 20006, 20013, 20024 and 20029. The PSI table reads differently for four of them: CSV row=6 (20006) '~21% O2 with N3', row=7 (20013) '~21% O2 with N4', row=8 (20024) '~21% O2 with N5', row=9 (20029) '~21% O2 with N6'; N3 to N6 are not diluent gases. Row=5 (19352) reads N2 and agrees, so 19352 is not listed here. The Appendix C table (page=49) has the same cell text. For 20006 and 20013, page=27 also says the mixtures issued 'into air'.); flags: DISCREPANCY; R19 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "~21% O2, with N2",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=24",
    "status": "insufficient_evidence",
    "test_id": "20013",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (Table 1, Atmosphere column: this cell is merged over test days 19352, 20006, 20013, 20024 and 20029. The PSI table reads differently for four of them: CSV row=6 (20006) '~21% O2 with N3', row=7 (20013) '~21% O2 with N4', row=8 (20024) '~21% O2 with N5', row=9 (20029) '~21% O2 with N6'; N3 to N6 are not diluent gases. Row=5 (19352) reads N2 and agrees, so 19352 is not listed here. The Appendix C table (page=49) has the same cell text. For 20006 and 20013, page=27 also says the mixtures issued 'into air'.); flags: DISCREPANCY; R19 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "~21% O2, with N2",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=24",
    "status": "insufficient_evidence",
    "test_id": "20024",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (Table 1, Atmosphere column: this cell is merged over test days 19352, 20006, 20013, 20024 and 20029. The PSI table reads differently for four of them: CSV row=6 (20006) '~21% O2 with N3', row=7 (20013) '~21% O2 with N4', row=8 (20024) '~21% O2 with N5', row=9 (20029) '~21% O2 with N6'; N3 to N6 are not diluent gases. Row=5 (19352) reads N2 and agrees, so 19352 is not listed here. The Appendix C table (page=49) has the same cell text. For 20006 and 20013, page=27 also says the mixtures issued 'into air'.); flags: DISCREPANCY; R19 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "~21% O2, with N2",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=24",
    "status": "insufficient_evidence",
    "test_id": "20029",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-23",
    "acronym": "ACME s-Flame",
    "doi": "10.60555/k57n-p030",
    "method": "document",
    "note": "confidence ambiguous (PSI table CSV row=10 (test day 20132): the Atmosphere column reads '~21% O2 with He' and agrees, but the Test Type column of the same row reads 'First round of tests with nitrogen-diluted fuel and oxygen'. The report puts 20132 under 'Second round of tests, with helium-diluted fuel and oxygen' (Table 1, page=24), and page=18 calls it 'the first test day with helium (11 May 2020, i.e., 20132)'.); flags: DISCREPANCY; R20 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The 20132 tests kicked off a round of tests with helium-diluted fuel and oxidizer. The ambient was 21% O2 and 79% He.",
    "source_file": "psi-data/PSI-23/Reports/PSI-23_Reports_s_Flame_final_report_20210729.pdf",
    "source_location": "page=67",
    "status": "insufficient_evidence",
    "test_id": "20132",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "79% He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=1;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B1",
    "unit": "",
    "unit_original": "",
    "value": "100 micron PMMA film   2 cm wide",
    "value_original": "100 micron PMMA film   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '100 micron PMMA film   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=1;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B1",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.1",
    "value_original": "100 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=1;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=1;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=1;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B1",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=2;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B2",
    "unit": "",
    "unit_original": "",
    "value": "200 micron PMMA film   2 cm wide",
    "value_original": "200 micron PMMA film   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '200 micron PMMA film   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=2;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B2",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.2",
    "value_original": "200 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=2;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=2;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.016",
    "value_original": "1.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=2;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B2",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=3;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B3",
    "unit": "",
    "unit_original": "",
    "value": "100 micron film   2 cm wide",
    "value_original": "100 micron film   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '100 micron film   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=3;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B3",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.1",
    "value_original": "100 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=3;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B3",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=3;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B3",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.218",
    "value_original": "21.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=3;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B3",
    "unit": "cm/s",
    "unit_original": "",
    "value": "2",
    "value_original": "2",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=4;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B4",
    "unit": "",
    "unit_original": "",
    "value": "300 micron PMMA film   2 cm wide",
    "value_original": "300 micron PMMA film   2 cm wide ",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '300 micron PMMA film   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=4;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B4",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.3",
    "value_original": "300 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=4;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=4;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=4;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B4",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=5;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B5",
    "unit": "",
    "unit_original": "",
    "value": "200 micron  2 cm wide",
    "value_original": "200 micron  2 cm wide ",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '200 micron  2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=5;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B5",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.2",
    "value_original": "200 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=5;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B5",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=5;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B5",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.219",
    "value_original": "21.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=5;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B5",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=6;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B6",
    "unit": "",
    "unit_original": "",
    "value": "2 cm 0.1 mm PMMA film",
    "value_original": "2 cm 0.1 mm PMMA film",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 cm 0.1 mm PMMA film'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=6;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B6",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.1",
    "value_original": "0.1 mm PMMA film",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=6;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B6",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=6;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B6",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.209",
    "value_original": "20.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=6;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B6",
    "unit": "cm/s",
    "unit_original": "",
    "value": "3   5   approaching 10",
    "value_original": "3   5   approaching 10",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=7;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B7",
    "unit": "",
    "unit_original": "",
    "value": "400 micron film   2 cm wide",
    "value_original": "400 micron film   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '400 micron film   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=7;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B7",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.4",
    "value_original": "400 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=7;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B7",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=7;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B7",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.221",
    "value_original": "22.1",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=7;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B7",
    "unit": "cm/s",
    "unit_original": "",
    "value": "2",
    "value_original": "2",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=8;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B8",
    "unit": "",
    "unit_original": "",
    "value": "2 cm   0.2 mm PMMA film",
    "value_original": "2 cm   0.2 mm PMMA film",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 cm   0.2 mm PMMA film'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=8;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B8",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.2",
    "value_original": "0.2 mm PMMA film",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=8;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B8",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=8;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B8",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.205",
    "value_original": "20.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=8;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B8",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   max",
    "value_original": "10   max",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=9;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B9",
    "unit": "",
    "unit_original": "",
    "value": "2 cm   0.1 mm PMMA film",
    "value_original": "2 cm   0.1 mm PMMA film",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 cm   0.1 mm PMMA film'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=9;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B9",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.1",
    "value_original": "0.1 mm PMMA film",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=9;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B9",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=9;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B9",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.209",
    "value_original": "20.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=9;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B9",
    "unit": "cm/s",
    "unit_original": "",
    "value": "2   <1",
    "value_original": "2   <1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=10;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B10",
    "unit": "",
    "unit_original": "",
    "value": "1 cm   0.2 mm PMMA film",
    "value_original": "1 cm   0.2 mm PMMA film",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '1 cm   0.2 mm PMMA film'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=10;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B10",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.2",
    "value_original": "0.2 mm PMMA film",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=10;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B10",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=10;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B10",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.208",
    "value_original": "20.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=10;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B10",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  4  3  2  1",
    "value_original": "5  4  3  2  1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=11;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B11",
    "unit": "",
    "unit_original": "",
    "value": "2 cm   0.2 mm PMMA film",
    "value_original": "2 cm   0.2 mm PMMA film",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 cm   0.2 mm PMMA film'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=11;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B11",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.2",
    "value_original": "0.2 mm PMMA film",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=11;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B11",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=11;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B11",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.207",
    "value_original": "20.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=11;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B11",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   3   1   <1",
    "value_original": "5   3   1   <1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=12;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B12",
    "unit": "",
    "unit_original": "",
    "value": "300 micron film   2 cm wide",
    "value_original": "300 micron film   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '300 micron film   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=12;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B12",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.3",
    "value_original": "300 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=12;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B12",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=12;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B12",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.221",
    "value_original": "22.1",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=12;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B12",
    "unit": "cm/s",
    "unit_original": "",
    "value": "2",
    "value_original": "2",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=13;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B13",
    "unit": "",
    "unit_original": "",
    "value": "2 cm   0.4 mm thick film",
    "value_original": "2 cm   0.4 mm thick film",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 cm   0.4 mm thick film'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=13;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B13",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.4",
    "value_original": "0.4 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=13;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B13",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=13;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B13",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.205",
    "value_original": "20.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=13;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B13",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   5  4  3  2  1",
    "value_original": "10   5  4  3  2  1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=14;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B14",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wide 200 micron thick PMMA",
    "value_original": "1 cm wide 200 micron thick PMMA",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '1 cm wide 200 micron thick PMMA'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=14;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B14",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.2",
    "value_original": "200 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=14;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B14",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.15",
    "value_original": "15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=14;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B14",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  3  2   ext",
    "value_original": "5  3  2   ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=15;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B15",
    "unit": "",
    "unit_original": "",
    "value": "2 cm   0.1 mm PMMA film",
    "value_original": "2 cm   0.1 mm PMMA film",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 cm   0.1 mm PMMA film'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=15;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B15",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.1",
    "value_original": "0.1 mm PMMA film",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=15;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B15",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=15;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B15",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.208",
    "value_original": "20.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=15;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B15",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   max",
    "value_original": "10   max",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=16;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B16",
    "unit": "",
    "unit_original": "",
    "value": "2 cm 100 micron thick PMMA",
    "value_original": "2 cm 100 micron thick PMMA",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '2 cm 100 micron thick PMMA'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=16;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B16",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.1",
    "value_original": "100 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=16;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B16",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.173",
    "value_original": "17.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=16;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B16",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=16;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B16",
    "unit": "cm/s",
    "unit_original": "",
    "value": "3  0.5 pot   0.4 pot",
    "value_original": "3  0.5 pot   0.4 pot",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=17;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B17",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wide 200 micron thick PMMA",
    "value_original": "1 cm wide 200 micron thick PMMA",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '1 cm wide 200 micron thick PMMA'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=17;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B17",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.2",
    "value_original": "200 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=17;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B17",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.175",
    "value_original": "17.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=17;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B17",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=17;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B17",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   3    pot 0.4",
    "value_original": "5   3    pot 0.4",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=18;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B18",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wide 200 micron thick PMMA",
    "value_original": "1 cm wide 200 micron thick PMMA",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '1 cm wide 200 micron thick PMMA'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=18;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B18",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.2",
    "value_original": "200 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=18;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B18",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=18;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B18",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=18;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B18",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   blowoff",
    "value_original": "10   blowoff",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=19;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B19",
    "unit": "",
    "unit_original": "",
    "value": "2 cm 100 micron thick PMMA",
    "value_original": "2 cm 100 micron thick PMMA",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '2 cm 100 micron thick PMMA'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=19;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B19",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.1",
    "value_original": "100 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=19;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B19",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.173",
    "value_original": "17.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=19;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B19",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=19;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B19",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   blowoff",
    "value_original": "10   blowoff",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=20;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B20",
    "unit": "",
    "unit_original": "",
    "value": "2 cm 100 micron thick PMMA",
    "value_original": "2 cm 100 micron thick PMMA",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '2 cm 100 micron thick PMMA'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=20;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B20",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.1",
    "value_original": "100 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=20;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B20",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=20;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B20",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=20;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B20",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   3      pot 0.5",
    "value_original": "5   3      pot 0.5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=21;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B21",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wide 200 micron thick PMMA",
    "value_original": "1 cm wide 200 micron thick PMMA",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '1 cm wide 200 micron thick PMMA'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=21;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B21",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.2",
    "value_original": "200 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=21;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B21",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.208",
    "value_original": "20.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=21;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B21",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.206",
    "value_original": "20.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=21;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B21",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5 down to ext",
    "value_original": "5 down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=22;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B22",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wide 200 micron thick PMMA",
    "value_original": "1 cm wide 200 micron thick PMMA",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "micron x 0.001; parsed from the material description '1 cm wide 200 micron thick PMMA'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=22;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "B22",
    "unit": "mm",
    "unit_original": "micron",
    "value": "0.2",
    "value_original": "200 micron",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=22;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "B22",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.207",
    "value_original": "20.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=22;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "B22",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.205",
    "value_original": "20.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=22;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "B22",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   2   0",
    "value_original": "5   2   0",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=23;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "F1",
    "unit": "",
    "unit_original": "",
    "value": "Nomex natural (nomex III)",
    "value_original": "Nomex natural (nomex III)",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=23;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "F1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=23;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "F1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=23;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "F1",
    "unit": "cm/s",
    "unit_original": "",
    "value": "9.5",
    "value_original": "9.5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=24;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "F2",
    "unit": "",
    "unit_original": "",
    "value": "Nomex natural (nomex III)",
    "value_original": "Nomex natural (nomex III)",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=24;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "F2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=24;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "F2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.21",
    "value_original": "21",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=24;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "F2",
    "unit": "cm/s",
    "unit_original": "",
    "value": "15",
    "value_original": "15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=25;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "F3",
    "unit": "",
    "unit_original": "",
    "value": "Nomex natural (nomex III)",
    "value_original": "Nomex natural (nomex III)",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=25;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "F3",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.217",
    "value_original": "21.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=25;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "F3",
    "unit": "cm/s",
    "unit_original": "",
    "value": "8",
    "value_original": "8",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=26;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "F4",
    "unit": "",
    "unit_original": "",
    "value": "Japan Wax candle",
    "value_original": "Japan Wax candle",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=26;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "F4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=26;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "F4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=26;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "F4",
    "unit": "cm/s",
    "unit_original": "",
    "value": "3 ign",
    "value_original": "3 ign",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=27;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M1",
    "unit": "",
    "unit_original": "",
    "value": "1 mm thick PMMA   1 sided   2 cm",
    "value_original": "1 mm thick PMMA   1 sided   2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '1 mm thick PMMA   1 sided   2 cm'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=27;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M1",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1",
    "value_original": "1 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=27;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=27;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.219",
    "value_original": "21.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=27;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M1",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10  8",
    "value_original": "10  8",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=28;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M2",
    "unit": "",
    "unit_original": "",
    "value": "3 mm thick PMMA 1 sided    2 cm wide",
    "value_original": "3 mm thick PMMA 1 sided    2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '3 mm thick PMMA 1 sided    2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=28;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M2",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3",
    "value_original": "3 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=28;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=28;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.212",
    "value_original": "21.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=28;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M2",
    "unit": "cm/s",
    "unit_original": "",
    "value": "20  15  13   14",
    "value_original": "20  15  13   14",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=29;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M3",
    "unit": "",
    "unit_original": "",
    "value": "2 cm wide   5 mm thick 1 sided PMMA",
    "value_original": "2 cm wide   5 mm thick 1 sided PMMA",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 cm wide   5 mm thick 1 sided PMMA'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=29;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M3",
    "unit": "mm",
    "unit_original": "mm",
    "value": "5",
    "value_original": "5 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=29;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M3",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.208",
    "value_original": "20.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=29;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M3",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.197",
    "value_original": "19.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=29;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M3",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   20  18",
    "value_original": "10   20  18",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=30;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M4",
    "unit": "",
    "unit_original": "",
    "value": "5 mm thick PMMA   2 cm wide",
    "value_original": "5 mm thick PMMA   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '5 mm thick PMMA   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=30;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M4",
    "unit": "mm",
    "unit_original": "mm",
    "value": "5",
    "value_original": "5 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=30;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.218",
    "value_original": "21.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=30;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.198",
    "value_original": "19.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=30;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M4",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   4   3",
    "value_original": "5   4   3",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=31;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M5",
    "unit": "",
    "unit_original": "",
    "value": "3 mm thick PMMA   2 sided   2 cm thick",
    "value_original": "3 mm thick PMMA   2 sided   2 cm thick",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "the description states two different thicknesses: 3 mm thick, 2 cm thick",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=31;column=Fuel Sample Material",
    "status": "insufficient_evidence",
    "test_id": "M5",
    "unit": "mm",
    "unit_original": "",
    "value": "3 mm thick PMMA   2 sided   2 cm thick",
    "value_original": "3 mm thick PMMA   2 sided   2 cm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=31;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M5",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=31;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M5",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.19",
    "value_original": "19",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=31;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M5",
    "unit": "cm/s",
    "unit_original": "",
    "value": "20  13  10  8  5",
    "value_original": "20  13  10  8  5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=32;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M6",
    "unit": "",
    "unit_original": "",
    "value": "1 mm thick PMMA   2 cm wide",
    "value_original": "1 mm thick PMMA   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '1 mm thick PMMA   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=32;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M6",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1",
    "value_original": "1 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=32;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M6",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.218",
    "value_original": "21.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=32;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M6",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.207",
    "value_original": "20.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=32;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M6",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   5   3   0",
    "value_original": "10   5   3   0",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=33;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M7",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wide PMMA 1 mm thick",
    "value_original": "1 cm wide PMMA 1 mm thick",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '1 cm wide PMMA 1 mm thick'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=33;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M7",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1",
    "value_original": "1 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=33;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M7",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.189",
    "value_original": "18.9",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=33;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M7",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.184",
    "value_original": "18.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=33;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M7",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   6  5  4.5  4  3",
    "value_original": "10   6  5  4.5  4  3",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=34;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M8",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wide PMMA 2 mm thick",
    "value_original": "1 cm wide PMMA 2 mm thick",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '1 cm wide PMMA 2 mm thick'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=34;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M8",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2",
    "value_original": "2 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=34;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M8",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.191",
    "value_original": "19.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=34;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M8",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.182",
    "value_original": "18.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=34;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M8",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   5>7  5 decr",
    "value_original": "10   5>7  5 decr",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=35;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M9",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wide PMMA 3 mm thick",
    "value_original": "1 cm wide PMMA 3 mm thick",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '1 cm wide PMMA 3 mm thick'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=35;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M9",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3",
    "value_original": "3 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=35;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M9",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.18",
    "value_original": "18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=35;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M9",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.176",
    "value_original": "17.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=35;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M9",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   14",
    "value_original": "10   14",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=36;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M10",
    "unit": "",
    "unit_original": "",
    "value": "4 mm thick   1 cm wide PMMA slab",
    "value_original": "4 mm thick   1 cm wide PMMA slab",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '4 mm thick   1 cm wide PMMA slab'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=36;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M10",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4",
    "value_original": "4 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=36;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M10",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.201",
    "value_original": "20.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=36;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M10",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.186",
    "value_original": "18.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=36;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M10",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10  17  14  10  8",
    "value_original": "10  17  14  10  8",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=37;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M11",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wide PMMA 5 mm thick",
    "value_original": "1 cm wide PMMA 5 mm thick",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '1 cm wide PMMA 5 mm thick'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=37;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M11",
    "unit": "mm",
    "unit_original": "mm",
    "value": "5",
    "value_original": "5 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=37;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M11",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.2",
    "value_original": "20",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=37;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M11",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.185",
    "value_original": "18.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=37;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M11",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   20   15  12",
    "value_original": "10   20   15  12",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=38;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M12",
    "unit": "",
    "unit_original": "",
    "value": "2 mm thick PMMA   2 cm wide",
    "value_original": "2 mm thick PMMA   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 mm thick PMMA   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=38;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M12",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2",
    "value_original": "2 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=38;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M12",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.217",
    "value_original": "21.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=38;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M12",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.204",
    "value_original": "20.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=38;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M12",
    "unit": "cm/s",
    "unit_original": "",
    "value": "<1",
    "value_original": "<1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=39;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M13",
    "unit": "",
    "unit_original": "",
    "value": "4 mm thick PMMA   2 cm wide",
    "value_original": "4 mm thick PMMA   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '4 mm thick PMMA   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=39;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M13",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4",
    "value_original": "4 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=39;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M13",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.208",
    "value_original": "20.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=39;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M13",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.19",
    "value_original": "19",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=39;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M13",
    "unit": "cm/s",
    "unit_original": "",
    "value": "6   5   4",
    "value_original": "6   5   4",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=40;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M14",
    "unit": "",
    "unit_original": "",
    "value": "2mm thick PMMA   1 sided   2 cm wide",
    "value_original": "2mm thick PMMA   1 sided   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2mm thick PMMA   1 sided   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=40;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M14",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2",
    "value_original": "2mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=40;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M14",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=40;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M14",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.216",
    "value_original": "21.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=40;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M14",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   ~8",
    "value_original": "10   ~8",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=41;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M15",
    "unit": "",
    "unit_original": "",
    "value": "2 cm   4 mm 1 sided PMMA slab",
    "value_original": "2 cm   4 mm 1 sided PMMA slab",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 cm   4 mm 1 sided PMMA slab'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=41;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M15",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4",
    "value_original": "4 mm 1 sided",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=41;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M15",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=41;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M15",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.2",
    "value_original": "20",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=41;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M15",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   8  7  8  10  20  18  16  15",
    "value_original": "10   8  7  8  10  20  18  16  15",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=42;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M16",
    "unit": "",
    "unit_original": "",
    "value": "1 mm thick PMMA   2 cm wide",
    "value_original": "1 mm thick PMMA   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '1 mm thick PMMA   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=42;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M16",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1",
    "value_original": "1 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=42;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M16",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.192",
    "value_original": "19.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=42;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M16",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.187",
    "value_original": "18.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=42;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M16",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10  6  3  2  1  10",
    "value_original": "10  6  3  2  1  10",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=43;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M17",
    "unit": "",
    "unit_original": "",
    "value": "2 cm wide PMMA 2 mm thick",
    "value_original": "2 cm wide PMMA 2 mm thick",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 cm wide PMMA 2 mm thick'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=43;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M17",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2",
    "value_original": "2 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=43;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M17",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.188",
    "value_original": "18.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=43;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M17",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.171",
    "value_original": "17.1",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=43;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M17",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   5   3   0ext",
    "value_original": "10   5   3   0ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=44;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M18",
    "unit": "",
    "unit_original": "",
    "value": "2 cm wide PMMA 3 mm thick",
    "value_original": "2 cm wide PMMA 3 mm thick",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '2 cm wide PMMA 3 mm thick'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=44;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M18",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3",
    "value_original": "3 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=44;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M18",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.179",
    "value_original": "17.9",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=44;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M18",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.168",
    "value_original": "16.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=44;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M18",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   15 (brief)   10   8",
    "value_original": "10   15 (brief)   10   8",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=45;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M19",
    "unit": "",
    "unit_original": "",
    "value": "4 mm thick   2 cm 2ide PMMA slab",
    "value_original": "4 mm thick   2 cm 2ide PMMA slab",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '4 mm thick   2 cm 2ide PMMA slab'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=45;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M19",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4",
    "value_original": "4 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=45;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M19",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.19",
    "value_original": "19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=45;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M19",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=45;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M19",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10  17  14  10  7  5",
    "value_original": "10  17  14  10  7  5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=46;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M20",
    "unit": "",
    "unit_original": "",
    "value": "5 mm thick PMMA   2 cm wide",
    "value_original": "5 mm thick PMMA   2 cm wide",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "parsed from the material description '5 mm thick PMMA   2 cm wide'",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=46;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "M20",
    "unit": "mm",
    "unit_original": "mm",
    "value": "5",
    "value_original": "5 mm thick",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=46;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "M20",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.18",
    "value_original": "18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=46;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "M20",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=46;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "M20",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10  8",
    "value_original": "10  8",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=47;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O1",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=47;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=47;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.217",
    "value_original": "21.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=47;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O1",
    "unit": "cm/s",
    "unit_original": "",
    "value": "20  10  5  2  1",
    "value_original": "20  10  5  2  1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=48;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O2",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=48;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.222",
    "value_original": "22.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=48;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.219",
    "value_original": "21.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=48;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O2",
    "unit": "cm/s",
    "unit_original": "",
    "value": "0",
    "value_original": "0",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=49;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O3a",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=49;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O3a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.18",
    "value_original": "18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=49;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O3a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.18",
    "value_original": "18",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=49;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O3a",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  3",
    "value_original": "5  3",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=50;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O3b",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=50;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O3b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.18",
    "value_original": "18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=50;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O3b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.177",
    "value_original": "17.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=50;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O3b",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  3  2  1  low",
    "value_original": "5  3  2  1  low",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=51;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O4",
    "unit": "",
    "unit_original": "",
    "value": "3/8\"clear rod",
    "value_original": "3/8\"clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=51;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.148",
    "value_original": "14.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=51;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.136",
    "value_original": "13.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=51;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O4",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   down to ext",
    "value_original": "5   down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=52;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O5a",
    "unit": "",
    "unit_original": "",
    "value": "1/2\" clear PMMA rod",
    "value_original": "1/2\" clear PMMA rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=52;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O5a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.151",
    "value_original": "15.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=52;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O5a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.142",
    "value_original": "14.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=52;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O5a",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  10  5   2   0 (49   62   49   44   42)",
    "value_original": "5  10  5   2   0 (49   62   49   44   42)",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=53;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O5b",
    "unit": "",
    "unit_original": "",
    "value": "1/2\" clear PMMA rod",
    "value_original": "1/2\" clear PMMA rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=53;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O5b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.142",
    "value_original": "14.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=53;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O5b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.141",
    "value_original": "14.1",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=53;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O5b",
    "unit": "cm/s",
    "unit_original": "",
    "value": "49   5 cm/s",
    "value_original": "49   5 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=54;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O6",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=54;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O6",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.167",
    "value_original": "16.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=54;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O6",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.16",
    "value_original": "16",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=54;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O6",
    "unit": "cm/s",
    "unit_original": "",
    "value": "see fan",
    "value_original": "see fan",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=55;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O7",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=55;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O7",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.16",
    "value_original": "16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=55;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O7",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.155",
    "value_original": "15.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=56;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O8a",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=56;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O8a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.157",
    "value_original": "15.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=56;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O8a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.153",
    "value_original": "15.3",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=57;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O8b",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=57;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O8b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.155",
    "value_original": "15.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=57;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O8b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.152",
    "value_original": "15.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=58;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O9",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=58;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O9",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.15",
    "value_original": "15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=58;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O9",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.148",
    "value_original": "14.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=59;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O10",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=59;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O10",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.167",
    "value_original": "16.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=59;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O10",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.161",
    "value_original": "16.1",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=59;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O10",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  2   0   max",
    "value_original": "5  2   0   max",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=60;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O11",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=60;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O11",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.154",
    "value_original": "15.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=60;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O11",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.148",
    "value_original": "14.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=60;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O11",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   down then blowoff",
    "value_original": "5   down then blowoff",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=61;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O12",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" clear rod",
    "value_original": "3/8\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=61;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O12",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.136",
    "value_original": "13.6",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=61;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O12",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.135",
    "value_original": "13.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=61;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O12",
    "unit": "cm/s",
    "unit_original": "",
    "value": "no ign at any flow",
    "value_original": "no ign at any flow",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=62;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O13a",
    "unit": "",
    "unit_original": "",
    "value": "1/2\" clear PMMA rod",
    "value_original": "1/2\" clear PMMA rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=62;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O13a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.159",
    "value_original": "15.9",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=62;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O13a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.146",
    "value_original": "14.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=62;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O13a",
    "unit": "cm/s",
    "unit_original": "",
    "value": "49  44  42  41  41  40.5 (5   2   0)",
    "value_original": "49  44  42  41  41  40.5 (5   2   0)",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=63;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O13b",
    "unit": "",
    "unit_original": "",
    "value": "1/2\" clear PMMA rod",
    "value_original": "1/2\" clear PMMA rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=63;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O13b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.146",
    "value_original": "14.6",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=63;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O13b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.144",
    "value_original": "14.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=63;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O13b",
    "unit": "cm/s",
    "unit_original": "",
    "value": "7   4? (49   ?)",
    "value_original": "7   4? (49   ?)",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=64;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O14",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=64;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O14",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.163",
    "value_original": "16.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=64;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O14",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.153",
    "value_original": "15.3",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=64;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O14",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5 down to ext",
    "value_original": "5 down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=65;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O15a",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" clear rod",
    "value_original": "3/8\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=65;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O15a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.171",
    "value_original": "17.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=65;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O15a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.167",
    "value_original": "16.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=65;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O15a",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  0",
    "value_original": "5  0",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=66;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O15b",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" clear rod",
    "value_original": "3/8\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=66;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O15b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.167",
    "value_original": "16.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=66;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O15b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.156",
    "value_original": "15.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=66;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O15b",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   0",
    "value_original": "5   0",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=67;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O16",
    "unit": "",
    "unit_original": "",
    "value": "3/8\"clear rod",
    "value_original": "3/8\"clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=67;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O16",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.145",
    "value_original": "14.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=67;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O16",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.145",
    "value_original": "14.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=67;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O16",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=68;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O17",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=68;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O17",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.151",
    "value_original": "15.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=68;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O17",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.143",
    "value_original": "14.3",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=68;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O17",
    "unit": "cm/s",
    "unit_original": "",
    "value": "3   0   11",
    "value_original": "3   0   11",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=69;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O18",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=69;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O18",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.152",
    "value_original": "15.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=69;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O18",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.145",
    "value_original": "14.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=69;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O18",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  2  0  11  2  11  2  0",
    "value_original": "5  2  0  11  2  11  2  0",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=70;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O19",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=70;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O19",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.153",
    "value_original": "15.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=70;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O19",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.146",
    "value_original": "14.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=70;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O19",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5 down to ext",
    "value_original": "5 down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=71;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O20",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=71;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O20",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.165",
    "value_original": "16.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=71;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O20",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.159",
    "value_original": "15.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=71;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O20",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   8    incr to max 38.5",
    "value_original": "5   8    incr to max 38.5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=72;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O21",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" clear rod",
    "value_original": "3/8\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=72;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O21",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.159",
    "value_original": "15.9",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=72;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O21",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.154",
    "value_original": "15.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=72;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O21",
    "unit": "cm/s",
    "unit_original": "",
    "value": "incr to 28",
    "value_original": "incr to 28",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=73;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "O22",
    "unit": "",
    "unit_original": "",
    "value": "1/2\" clear rod",
    "value_original": "1/2\" clear rod ",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=73;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "O22",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.154",
    "value_original": "15.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=73;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "O22",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.149",
    "value_original": "14.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=73;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "O22",
    "unit": "cm/s",
    "unit_original": "",
    "value": "4 incr to 26.5",
    "value_original": "4 incr to 26.5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=74;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P1",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=74;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.177",
    "value_original": "17.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=74;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.175",
    "value_original": "17.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=74;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P1",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  2   slow decr to ext",
    "value_original": "5  2   slow decr to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=75;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P2",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=75;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=75;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=75;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P2",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   2.5   2 (pot .9   .5   .35.  .33)",
    "value_original": "5   2.5   2 (pot .9   .5   .35.  .33)",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=76;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P3a",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" clear rod",
    "value_original": "1/4\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=76;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P3a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.177",
    "value_original": "17.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=76;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P3a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=76;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P3a",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   2.5 (1.15   .5   .35   .33. .32   .315   .31   .3)",
    "value_original": "5   2.5 (1.15   .5   .35   .33. .32   .315   .31   .3)",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=77;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P3b",
    "unit": "",
    "unit_original": "",
    "value": "1/4 clear rod",
    "value_original": "1/4 clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=77;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P3b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=77;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P3b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.168",
    "value_original": "16.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=77;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P3b",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   very low (0.85   0.32   0.31   0.305   0.30   0.295)",
    "value_original": "5   very low (0.85   0.32   0.31   0.305   0.30   0.295)",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=78;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P4",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" black rod",
    "value_original": "3/8\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=78;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.185",
    "value_original": "18.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=78;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.171",
    "value_original": "17.1",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=78;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P4",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   pots 0.4   0.36   0.32   0.308   .3   off",
    "value_original": "5   pots 0.4   0.36   0.32   0.308   .3   off",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=79;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P5",
    "unit": "",
    "unit_original": "",
    "value": "0.5\" black rod",
    "value_original": "0.5\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=79;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P5",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.193",
    "value_original": "19.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=79;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P5",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.176",
    "value_original": "17.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=79;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P5",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5 down to ext",
    "value_original": "5 down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=80;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P6",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=80;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P6",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.189",
    "value_original": "18.9",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=80;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P6",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.185",
    "value_original": "18.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=80;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P6",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   pots 0.4   0.36   0.32   0.31   off",
    "value_original": "5   pots 0.4   0.36   0.32   0.31   off",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=81;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P8",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" black rod",
    "value_original": "3/8\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=81;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P8",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.164",
    "value_original": "16.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=81;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P8",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.163",
    "value_original": "16.3",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=81;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P8",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   would not stay lit   10   15 ibid",
    "value_original": "5   would not stay lit   10   15 ibid",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=82;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P9",
    "unit": "",
    "unit_original": "",
    "value": "0.5\" black rod",
    "value_original": "0.5\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=82;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P9",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.176",
    "value_original": "17.6",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=82;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P9",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.171",
    "value_original": "17.1",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=82;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P9",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5 down to ext",
    "value_original": "5 down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=83;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P10",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=83;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P10",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.17",
    "value_original": "17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=83;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P10",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.164",
    "value_original": "16.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=83;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P10",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   pots 0.4   0.36   0.32   0.31   0.30 extinguished",
    "value_original": "5   pots 0.4   0.36   0.32   0.31   0.30 extinguished",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=84;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P12",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" black rod",
    "value_original": "3/8\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=84;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P12",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.175",
    "value_original": "17.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=84;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P12",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.168",
    "value_original": "16.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=84;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P12",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   3  2  1   0.5   lower",
    "value_original": "5   3  2  1   0.5   lower",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=85;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P13a",
    "unit": "",
    "unit_original": "",
    "value": "0.5\" black rod",
    "value_original": "0.5\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=85;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P13a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.207",
    "value_original": "20.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=85;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P13a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.191",
    "value_original": "19.1",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=85;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P13a",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5 down to ext",
    "value_original": "5 down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=86;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P13b",
    "unit": "",
    "unit_original": "",
    "value": "0.5\" black rod",
    "value_original": "0.5\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=86;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P13b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.206",
    "value_original": "20.6",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=86;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P13b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.202",
    "value_original": "20.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=86;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P13b",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5 down to ext",
    "value_original": "5 down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=87;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P14",
    "unit": "",
    "unit_original": "",
    "value": "1/4 blac rod",
    "value_original": "1/4 blac rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=87;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P14",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.184",
    "value_original": "18.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=87;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P14",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.18",
    "value_original": "18",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=87;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P14",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   low (.85   .4   .32)",
    "value_original": "5   low (.85   .4   .32)",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=88;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P15",
    "unit": "",
    "unit_original": "",
    "value": "1/4 black rod",
    "value_original": "1/4 black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=88;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P15",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.18",
    "value_original": "18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=88;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P15",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.175",
    "value_original": "17.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=88;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P15",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   (0.36)",
    "value_original": "5   (0.36)",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=89;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P16",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=89;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P16",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.182",
    "value_original": "18.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=89;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P16",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=89;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P16",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  8  2  low",
    "value_original": "5  8  2  low",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=90;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P17",
    "unit": "",
    "unit_original": "",
    "value": "1/4\"  black rod",
    "value_original": "1/4\"  black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=90;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P17",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.168",
    "value_original": "16.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=90;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P17",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.165",
    "value_original": "16.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=90;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P17",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   3   2   22   2   low",
    "value_original": "5   3   2   22   2   low",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=91;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P18",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=91;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P18",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.2",
    "value_original": "20",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=91;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P18",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.19",
    "value_original": "19",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=91;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P18",
    "unit": "cm/s",
    "unit_original": "",
    "value": "2  0  2  0  etc",
    "value_original": "2  0  2  0  etc",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=92;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P19",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=92;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P19",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.175",
    "value_original": "17.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=92;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P19",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.167",
    "value_original": "16.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=92;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P19",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  8  2  max   0",
    "value_original": "5  8  2  max   0",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=93;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P20",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=93;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P20",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.19",
    "value_original": "19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=93;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P20",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.182",
    "value_original": "18.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=93;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P20",
    "unit": "cm/s",
    "unit_original": "",
    "value": "2  0  2  0  etc",
    "value_original": "2  0  2  0  etc",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=94;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P21a",
    "unit": "",
    "unit_original": "",
    "value": "1/4 black rod",
    "value_original": "1/4 black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=94;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P21a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.163",
    "value_original": "16.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=94;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P21a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.163",
    "value_original": "16.3",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=94;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P21a",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=95;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P21b",
    "unit": "",
    "unit_original": "",
    "value": "1/4\" black rod",
    "value_original": "1/4\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=95;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P21b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.163",
    "value_original": "16.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=95;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P21b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.163",
    "value_original": "16.3",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=95;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P21b",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=96;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P22a",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" black rod",
    "value_original": "3/8\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=96;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P22a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.208",
    "value_original": "20.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=96;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P22a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.006",
    "value_original": "0.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=96;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P22a",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   down to ext",
    "value_original": "5   down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=97;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P22b",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" black rod",
    "value_original": "3/8\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=97;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P22b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.2",
    "value_original": "20",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "as written in PSI; inconsistent with the test's initial O₂ (≤ 22.2 %); initial 20 % by vol, final 39.1 % by vol; percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=97;column=Calibrated final O2 % by vol",
    "status": "insufficient_evidence",
    "test_id": "P22b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.391",
    "value_original": "39.1",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=97;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P22b",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5 down to ext",
    "value_original": "5 down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=98;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P23",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" black rod",
    "value_original": "3/8\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=98;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P23",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.182",
    "value_original": "18.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=98;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P23",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.17",
    "value_original": "17",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=98;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P23",
    "unit": "cm/s",
    "unit_original": "",
    "value": "2  0  2  0  etc",
    "value_original": "2  0  2  0  etc",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=99;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P24",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" black rod",
    "value_original": "3/8\" black rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=99;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P24",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.19",
    "value_original": "19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=99;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P24",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.175",
    "value_original": "17.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=99;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P24",
    "unit": "cm/s",
    "unit_original": "",
    "value": "2  0  2  0  etc",
    "value_original": "2  0  2  0  etc",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=100;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "P25",
    "unit": "",
    "unit_original": "",
    "value": "3/8\" clear rod",
    "value_original": "3/8\" clear rod",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=100;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "P25",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.209",
    "value_original": "20.9",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=100;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "P25",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.202",
    "value_original": "20.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=100;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "P25",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5 down to ext",
    "value_original": "5 down to ext",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=101;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T1",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=101;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.185",
    "value_original": "18.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=101;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T1",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.185",
    "value_original": "18.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=101;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T1",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10",
    "value_original": "10",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=102;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T2",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=102;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.185",
    "value_original": "18.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=102;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T2",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.185",
    "value_original": "18.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=102;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T2",
    "unit": "cm/s",
    "unit_original": "",
    "value": "9   5   4",
    "value_original": "9   5   4",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=103;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T3",
    "unit": "",
    "unit_original": "",
    "value": "4 cm spherical section",
    "value_original": "4 cm spherical section",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=103;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T3",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=103;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T3",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.168",
    "value_original": "16.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=103;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T3",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10",
    "value_original": "10",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=104;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T4",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=104;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.187",
    "value_original": "18.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=104;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T4",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.187",
    "value_original": "18.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=104;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T4",
    "unit": "cm/s",
    "unit_original": "",
    "value": "9  1",
    "value_original": "9  1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=105;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T5",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=105;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T5",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.188",
    "value_original": "18.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=105;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T5",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.189",
    "value_original": "18.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=105;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T5",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   2   1",
    "value_original": "10   2   1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=106;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T6",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=106;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T6",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.188",
    "value_original": "18.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=106;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T6",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.188",
    "value_original": "18.8",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=106;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T6",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  2  1   <1",
    "value_original": "5  2  1   <1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=107;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T7",
    "unit": "",
    "unit_original": "",
    "value": "4 cm spherical section",
    "value_original": "4 cm spherical section",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=107;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T7",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.173",
    "value_original": "17.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=107;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T7",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.171",
    "value_original": "17.1",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=107;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T7",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   5  3  1   decr",
    "value_original": "10   5  3  1   decr",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=108;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T9",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=108;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T9",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.164",
    "value_original": "16.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=108;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T9",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.164",
    "value_original": "16.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=108;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T9",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10",
    "value_original": "10",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=109;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T10",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=109;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T10",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.164",
    "value_original": "16.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=109;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T10",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.165",
    "value_original": "16.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=109;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T10",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=110;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T11",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=110;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T11",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.171",
    "value_original": "17.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=110;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T11",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.17",
    "value_original": "17",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=110;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T11",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=111;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T12",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=111;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T12",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.168",
    "value_original": "16.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=111;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T12",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.169",
    "value_original": "16.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=111;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T12",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=112;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T13",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=112;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T13",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.175",
    "value_original": "17.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=112;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T13",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.176",
    "value_original": "17.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=112;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T13",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  1",
    "value_original": "5  1",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=113;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T14",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=113;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T14",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.169",
    "value_original": "16.9",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=113;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T14",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.169",
    "value_original": "16.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=113;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T14",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  3",
    "value_original": "5  3",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=114;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T15",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=114;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T15",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.187",
    "value_original": "18.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=114;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T15",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.187",
    "value_original": "18.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=114;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T15",
    "unit": "cm/s",
    "unit_original": "",
    "value": "9   29",
    "value_original": "9   29",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=115;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T16",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=115;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T16",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.176",
    "value_original": "17.6",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=115;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T16",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.175",
    "value_original": "17.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=115;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T16",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  3",
    "value_original": "5  3",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=116;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T17",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=116;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T17",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.169",
    "value_original": "16.9",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=116;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T17",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.169",
    "value_original": "16.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=116;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T17",
    "unit": "cm/s",
    "unit_original": "",
    "value": "6   53",
    "value_original": "6   53",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=117;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T18",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=117;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T18",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=117;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T18",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.174",
    "value_original": "17.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=117;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T18",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5  2",
    "value_original": "5  2",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=118;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T19",
    "unit": "",
    "unit_original": "",
    "value": "1 cm SIBAL",
    "value_original": "1 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=118;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T19",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=118;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T19",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=118;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T19",
    "unit": "cm/s",
    "unit_original": "",
    "value": "11",
    "value_original": "11",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=119;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T20",
    "unit": "",
    "unit_original": "",
    "value": "1 cm SIBAL",
    "value_original": "1 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=119;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T20",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=119;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T20",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=119;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T20",
    "unit": "cm/s",
    "unit_original": "",
    "value": "11   3",
    "value_original": "11   3",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=120;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T21",
    "unit": "",
    "unit_original": "",
    "value": "1 cm SIBAL",
    "value_original": "1 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=120;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T21",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=120;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T21",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=120;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T21",
    "unit": "cm/s",
    "unit_original": "",
    "value": "11   max(47)",
    "value_original": "11   max(47)",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=121;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T22",
    "unit": "",
    "unit_original": "",
    "value": "1 cm SIBAL",
    "value_original": "1 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=121;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T22",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.171",
    "value_original": "17.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=121;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T22",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.17",
    "value_original": "17",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=121;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T22",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10   5",
    "value_original": "10   5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=122;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T23",
    "unit": "",
    "unit_original": "",
    "value": "2 cm Sibal   moved igniter",
    "value_original": "2 cm Sibal   moved igniter",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=122;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T23",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.172",
    "value_original": "17.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=122;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T23",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.173",
    "value_original": "17.3",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=122;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T23",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10",
    "value_original": "10",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=123;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T24",
    "unit": "",
    "unit_original": "",
    "value": "1 cm SIBAL   top side ign",
    "value_original": "1 cm SIBAL   top side ign",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=123;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T24",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.182",
    "value_original": "18.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=123;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T24",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.182",
    "value_original": "18.2",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=123;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T24",
    "unit": "cm/s",
    "unit_original": "",
    "value": "10",
    "value_original": "10",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=124;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T25",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=124;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T25",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.208",
    "value_original": "20.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=124;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T25",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.207",
    "value_original": "20.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=124;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T25",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   2.5",
    "value_original": "5   2.5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=125;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T26",
    "unit": "",
    "unit_original": "",
    "value": "2 cm SIBAL",
    "value_original": "2 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=125;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T26",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.208",
    "value_original": "20.8",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=125;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T26",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.207",
    "value_original": "20.7",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=125;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T26",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   2.5",
    "value_original": "5   2.5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=126;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T27",
    "unit": "",
    "unit_original": "",
    "value": "1 cm SIBAL",
    "value_original": "1 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=126;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T27",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.207",
    "value_original": "20.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=126;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T27",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.206",
    "value_original": "20.6",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=126;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T27",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   2",
    "value_original": "5   2",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=127;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T28a",
    "unit": "",
    "unit_original": "",
    "value": "1 cm SIBAL",
    "value_original": "1 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=127;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T28a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.207",
    "value_original": "20.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=127;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T28a",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.009",
    "value_original": "0.9",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=127;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T28a",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=128;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T28b",
    "unit": "",
    "unit_original": "",
    "value": "1 cm SIBAL",
    "value_original": "1 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=128;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T28b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.207",
    "value_original": "20.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "as written in PSI; inconsistent with the test's initial O₂ (≤ 22.2 %); initial 20.7 % by vol, final 40.4 % by vol; percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=128;column=Calibrated final O2 % by vol",
    "status": "insufficient_evidence",
    "test_id": "T28b",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.404",
    "value_original": "40.4",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=128;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T28b",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5",
    "value_original": "5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=129;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "T29",
    "unit": "",
    "unit_original": "",
    "value": "1 cm SIBAL",
    "value_original": "1 cm SIBAL",
    "variable": "material"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated  initial O2 % by vol ",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=129;column=Calibrated  initial O2 % by vol ",
    "status": "extracted",
    "test_id": "T29",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.207",
    "value_original": "20.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "percent x 0.01; calibrated (BASS-II ReadMe: sensor corrected to the ISS reading by a constant offset)",
    "quote": "Calibrated final O2 % by vol",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=129;column=Calibrated final O2 % by vol",
    "status": "extracted",
    "test_id": "T29",
    "unit": "1",
    "unit_original": "% by vol",
    "value": "0.205",
    "value_original": "20.5",
    "variable": "outcome:o2_mole_fraction_after_test"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "table",
    "note": "display reading series during the test, not a test condition; the unit is not in the table: BASS-II ReadMe (psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx, paragraph 20) says the display is the duct flow speed in cm/s, response time ~1 min",
    "quote": "Air display",
    "source_file": "psi-data/PSI-25/Experimental table/PSI-25_Experimental table_BASS-II.csv",
    "source_location": "row=129;column=Air display",
    "status": "insufficient_evidence",
    "test_id": "T29",
    "unit": "cm/s",
    "unit_original": "",
    "value": "5   2(?)",
    "value_original": "5   2(?)",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct; R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "To summarize, BASS-II's approach, microgravity combustion tests were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B10",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B11",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B12",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B13",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B14",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B15",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B16",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B17",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B18",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B19",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B20",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B21",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B22",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B3",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B5",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B7",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B8",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "B9",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "F1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "F2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "F3",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M10",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M11",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M12",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M13",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M14",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M15",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M16",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M17",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M18",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M19",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M20",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M3",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M5",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M7",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M8",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "M9",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O10",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O11",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O12",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O13a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O13b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O14",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O15a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O15b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O16",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O17",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O18",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O19",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O20",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O21",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O22",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O3a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O3b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O5a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O5b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O7",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O8a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O8b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "O9",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P10",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P12",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P13a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P13b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P14",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P15",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P16",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P17",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P18",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P19",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P20",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P21a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P21b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P22a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P22b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P23",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P24",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P25",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P3a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P3b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P5",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P8",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "P9",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T10",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T11",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T12",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T13",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T14",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T15",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T16",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T17",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T18",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T19",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T20",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T21",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T22",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T23",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T24",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T25",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T26",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T27",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T28a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T28b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T29",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T3",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T5",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T7",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Objective 1) of the record; names the phase. Caution: test F4 is a 'Japan Wax candle' (PSI table material column); no source sentence states the phase of the candle fuel (see not_found).); R2 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Study the ignition, flame growth, flame spread, and extinction limits for solid fuels burning in low-velocity forced flows in microgravity.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "T9",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "solid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B10",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B11",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B12",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B13",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B14",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B15",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B16",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B17",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B18",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B19",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B20",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B21",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B22",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B3",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B5",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B7",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B8",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "B9",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "F1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "F2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "F3",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M10",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M11",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M12",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M13",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M14",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M15",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M16",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M17",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M18",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M19",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M20",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M3",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M5",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M7",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M8",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "M9",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O10",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O11",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O12",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O13a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O13b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O14",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O15a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O15b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O16",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O17",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O18",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O19",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O20",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O21",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O22",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O3a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O3b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O5a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O5b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O7",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O8a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O8b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "O9",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P10",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P12",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P13a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P13b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P14",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P15",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P16",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P17",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P18",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P19",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P20",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P21a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P21b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P22a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P22b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P23",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P24",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P25",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P3a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P3b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P5",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P8",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "P9",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T1",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T10",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T11",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T12",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T13",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T14",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T15",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T16",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T17",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T18",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T19",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T2",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T20",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T21",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T22",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T23",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T24",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T25",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T26",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T27",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T28a",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T28b",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T29",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T3",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T4",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T5",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T6",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T7",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pre-flight science requirements slide (dated 4/14/2010), 'General Requirements' bullet; corroborates R2.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Solid fuel ignition uses a Kanthal hot wire.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_SRD.pdf",
    "source_location": "page=1",
    "status": "extracted",
    "test_id": "T9",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct; R4 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (The record approach adds: 'The wind tunnel was installed in the Microgravity Science Glovebox which supplied power, imaging, and a level of containment.'); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Microgravity Science Glovebox (MSG)",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Microgravity Science Glovebox (MSG)",
    "value_original": "Microgravity Science Glovebox (MSG)",
    "variable": "platform"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Nitrogen is the gas added to the ambient to lower O2. Same in the record objective: 'Ambient oxygen concentration (via working volume nitrogen vitiation)', and SRD page=1: 'GN2 is used to vitiate the MSG working volume to desired O2levels.' (text layer as extracted). Tests left in unvitiated ambient air also have N2 as balance (air: oxygen balanced mainly by nitrogen).); R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Main variables are airflow speed and oxygen concentration (oxygen varied below 21% by adding nitrogen).",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "nitrogen",
    "variable": "diluent"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P1",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P2",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P4",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P5",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P6",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P8",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P9",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P10",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P12",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P14",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P15",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P17",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P18",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P20",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P23",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P24",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (PI-level ReadMe statement; Summary Report Table A.3 page=114 labels P16 and P19 'Concurrent', all other P rows 'Opposed' (configuration words sit under the column the text layer heads 'Sample distance'; visual check pending).); R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Carlos Fernandez-Pello burned three sizes of pmma rods (mostly black), igniting the downstream end for an opposed flow flame spread geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=9",
    "status": "extracted",
    "test_id": "P25",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Capability claim from the PSI record ('could impose'), not tested speeds; contradicted by Summary Report page=12 (max ~55 cm/s without restrictors, ~35 cm/s with two), page=72 (Olson 0-55 cm/s) and page=104 Table 7.1 (T17 '6 to 53', T21 '11 to 47'); never use 40 cm/s as an envelope bound.); flags: RANGE_NOT_POINT, SHARED_LINEAGE; R10 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Fuel samples were mounted inside a small wind tunnel which could impose airflow speeds up to 40 cm/s.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=approach",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40",
    "value_original": "up to 40 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Figure 2.20 caption (page 49): 'PMMA (NASA and Astra) in 1g at San Diego State University'. Sec. 2.3.5 is titled 'Microgravity and Normal-Gravity Experiments' (page 45); page 48 calls these 'the normal-gravity experiments'; page 23 calls them 'ground data from the San Diego State University (SDSU) flame stabilizer'. Condition stated once for the series; per-thickness values exist only in plots and are not invented. Stated discrepancy, not averaged: Fig. 2.20 caption (page 49) gives 20.7 percent O2 and 79 percent N2 at 1 atm; text on page 46 gives 101 kPa and 21 percent O2. Other 1-g data in the report (Fig. 2.15 forced-flow tunnel Ref. 18; Fernandez-Pello and Williams and Ref. 23 data in Fig. 2.22; SDSU Flame Tunnel; Ch. 4 rods) are NOT part of this series.); flags: GROUND_1G_TESTS; R201 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "PMMA (NASA and Astra) in 1g at San Diego State University",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=49",
    "status": "extracted",
    "test_id": "1-g downward PMMA sheet series (SDSU Flame Stabilizer, Summary Report section 2.3.5, condition stated once for the series)",
    "unit": "",
    "unit_original": "",
    "value": "normal_gravity",
    "value_original": "1g",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence derived (PMMA sheets are a solid fuel; the sentence names the downward configuration. Condition stated once for the series; the sample-by-thickness values exist only in plots and no per-thickness test is invented. Stated discrepancy, not averaged: the Fig. 2.20 caption (pdf page 49) gives the SDSU 1g tests in 20.7 percent O2 and 79 percent N2 at 1 atm, while the text on page 46 says 101 kPa and 21 percent O2.); flags: GROUND_1G_TESTS; R202 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "flame spread over thin sheets of polymethylmethacrylate (PMMA) in the quiescent downward configuration",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=51",
    "status": "extracted",
    "test_id": "1-g downward PMMA sheet series (SDSU Flame Stabilizer, Summary Report section 2.3.5, condition stated once for the series)",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "sheets",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (O2 level stated in the text of section 2.3.5. Condition stated once for the series; the sample-by-thickness values exist only in plots and no per-thickness test is invented. Stated discrepancy, not averaged: the Fig. 2.20 caption (pdf page 49) gives the SDSU 1g tests in 20.7 percent O2 and 79 percent N2 at 1 atm, while the text on page 46 says 101 kPa and 21 percent O2.); flags: GROUND_1G_TESTS; percent x 0.01; R203 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The downward experiments were performed in the atmospheric condition (pressure 101 kPa, O2 level 21 percent).",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=46",
    "status": "extracted",
    "test_id": "1-g downward PMMA sheet series (SDSU Flame Stabilizer, Summary Report section 2.3.5, condition stated once for the series)",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.21",
    "value_original": "21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Pressure stated in the text of section 2.3.5. Condition stated once for the series; the sample-by-thickness values exist only in plots and no per-thickness test is invented. Stated discrepancy, not averaged: the Fig. 2.20 caption (pdf page 49) gives the SDSU 1g tests in 20.7 percent O2 and 79 percent N2 at 1 atm, while the text on page 46 says 101 kPa and 21 percent O2.); flags: GROUND_1G_TESTS; R204 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The downward experiments were performed in the atmospheric condition (pressure 101 kPa, O2 level 21 percent).",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=46",
    "status": "extracted",
    "test_id": "1-g downward PMMA sheet series (SDSU Flame Stabilizer, Summary Report section 2.3.5, condition stated once for the series)",
    "unit": "kPa",
    "unit_original": "kPa",
    "value": "101",
    "value_original": "101",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Figure 2.20 caption text (section 2.3.7, printed page 41), not a value read from the image. NOMINAL condition: one set of conditions is written for all four panels. test_id: the caption writes 'B03'; the PSI table writes 'B3' (row 3, '100 micron film   2 cm wide', thickness matches the caption's 100 µm). B11, B4, B13 are written as in the table and their table thicknesses (0.2 mm, 300 micron, 0.4 mm) match the caption. Caution on how generic the caption is: it gives 20.7 percent O2 for all four, while the PSI table 'Calibrated initial O2 % by vol' is 22.2 for B3 and B4 and 21 for B11 and B13. DISCREPANCY with R302 (measured total pressure 99.2 to 99.5 kPa stated on page 46 for 'the tests reported' in the same section): both are proposed, none chosen.); flags: DISCREPANCY; atm x 101.325; R301 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "PMMA (NASA) in 0g on International Space Station, 2-cm sample with 10.x cm in 20.7 percent O2 and 79 percent N2 at 1 atm. (a) Burning and Suppression of Solids—II (BASS–II) B03 sample; 100 µm thick. (b) BASS–II B11; 200 µm thick. (c) BASS–II B4; 300 µm thick. (d) BASS–II B13; 400 µm thick.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=49",
    "status": "insufficient_evidence",
    "test_id": "B3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Figure 2.20 caption text (section 2.3.7, printed page 41), not a value read from the image. NOMINAL condition: one set of conditions is written for all four panels. test_id: the caption writes 'B03'; the PSI table writes 'B3' (row 3, '100 micron film   2 cm wide', thickness matches the caption's 100 µm). B11, B4, B13 are written as in the table and their table thicknesses (0.2 mm, 300 micron, 0.4 mm) match the caption. Caution on how generic the caption is: it gives 20.7 percent O2 for all four, while the PSI table 'Calibrated initial O2 % by vol' is 22.2 for B3 and B4 and 21 for B11 and B13. DISCREPANCY with R302 (measured total pressure 99.2 to 99.5 kPa stated on page 46 for 'the tests reported' in the same section): both are proposed, none chosen.); flags: DISCREPANCY; atm x 101.325; R301 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "PMMA (NASA) in 0g on International Space Station, 2-cm sample with 10.x cm in 20.7 percent O2 and 79 percent N2 at 1 atm. (a) Burning and Suppression of Solids—II (BASS–II) B03 sample; 100 µm thick. (b) BASS–II B11; 200 µm thick. (c) BASS–II B4; 300 µm thick. (d) BASS–II B13; 400 µm thick.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=49",
    "status": "insufficient_evidence",
    "test_id": "B4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Figure 2.20 caption text (section 2.3.7, printed page 41), not a value read from the image. NOMINAL condition: one set of conditions is written for all four panels. test_id: the caption writes 'B03'; the PSI table writes 'B3' (row 3, '100 micron film   2 cm wide', thickness matches the caption's 100 µm). B11, B4, B13 are written as in the table and their table thicknesses (0.2 mm, 300 micron, 0.4 mm) match the caption. Caution on how generic the caption is: it gives 20.7 percent O2 for all four, while the PSI table 'Calibrated initial O2 % by vol' is 22.2 for B3 and B4 and 21 for B11 and B13. DISCREPANCY with R302 (measured total pressure 99.2 to 99.5 kPa stated on page 46 for 'the tests reported' in the same section): both are proposed, none chosen.); flags: DISCREPANCY; atm x 101.325; R301 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "PMMA (NASA) in 0g on International Space Station, 2-cm sample with 10.x cm in 20.7 percent O2 and 79 percent N2 at 1 atm. (a) Burning and Suppression of Solids—II (BASS–II) B03 sample; 100 µm thick. (b) BASS–II B11; 200 µm thick. (c) BASS–II B4; 300 µm thick. (d) BASS–II B13; 400 µm thick.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=49",
    "status": "insufficient_evidence",
    "test_id": "B11",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Figure 2.20 caption text (section 2.3.7, printed page 41), not a value read from the image. NOMINAL condition: one set of conditions is written for all four panels. test_id: the caption writes 'B03'; the PSI table writes 'B3' (row 3, '100 micron film   2 cm wide', thickness matches the caption's 100 µm). B11, B4, B13 are written as in the table and their table thicknesses (0.2 mm, 300 micron, 0.4 mm) match the caption. Caution on how generic the caption is: it gives 20.7 percent O2 for all four, while the PSI table 'Calibrated initial O2 % by vol' is 22.2 for B3 and B4 and 21 for B11 and B13. DISCREPANCY with R302 (measured total pressure 99.2 to 99.5 kPa stated on page 46 for 'the tests reported' in the same section): both are proposed, none chosen.); flags: DISCREPANCY; atm x 101.325; R301 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "PMMA (NASA) in 0g on International Space Station, 2-cm sample with 10.x cm in 20.7 percent O2 and 79 percent N2 at 1 atm. (a) Burning and Suppression of Solids—II (BASS–II) B03 sample; 100 µm thick. (b) BASS–II B11; 200 µm thick. (c) BASS–II B4; 300 µm thick. (d) BASS–II B13; 400 µm thick.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=49",
    "status": "insufficient_evidence",
    "test_id": "B13",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (MEASURED (monitored) total pressure, section 2.3.5 'Microgravity and Normal-Gravity Experiments', in the paragraph describing the BASS-II opposed-flow duct in the ISS (preceding sentences on the same page describe the O2 sensor and the hot wire anemometer; next sentence: 'Experiments were conducted in the Microgravity Science Glovebox of ISS by two crew members.'). Scope is ambiguous: 'the tests reported' is not listed. The only flight tests identified by number in section 2.3 are B03 (=B3 in the PSI table), B11, B4 and B13 (Figure 2.20 caption, page 49); Figure 2.19 (page 48) also shows a microgravity 100-µm test at 3 cm/s without a test number. Not applied to the 1-g downward tests, which the same page gives separately as 'pressure 101 kPa' (already record R204 in PSI-25.extractor.json). DISCREPANCY with R301 (nominal '1 atm' in the Fig. 2.20 caption for the same four tests). test_id is a lower bound: the reported set also includes unnumbered 100-um tests spanning ~40 to ~1 cm/s (verificador).); flags: DISCREPANCY, RANGE_NOT_POINT; range stated in the source; R302 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The total pressure is also monitored, which varied from 99.2 to 99.5 kPa in the tests reported.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=46",
    "status": "insufficient_evidence",
    "test_id": "B3",
    "unit": "kPa",
    "unit_original": "kPa",
    "value": "99.2..99.5",
    "value_original": "99.2 to 99.5 kPa",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (MEASURED (monitored) total pressure, section 2.3.5 'Microgravity and Normal-Gravity Experiments', in the paragraph describing the BASS-II opposed-flow duct in the ISS (preceding sentences on the same page describe the O2 sensor and the hot wire anemometer; next sentence: 'Experiments were conducted in the Microgravity Science Glovebox of ISS by two crew members.'). Scope is ambiguous: 'the tests reported' is not listed. The only flight tests identified by number in section 2.3 are B03 (=B3 in the PSI table), B11, B4 and B13 (Figure 2.20 caption, page 49); Figure 2.19 (page 48) also shows a microgravity 100-µm test at 3 cm/s without a test number. Not applied to the 1-g downward tests, which the same page gives separately as 'pressure 101 kPa' (already record R204 in PSI-25.extractor.json). DISCREPANCY with R301 (nominal '1 atm' in the Fig. 2.20 caption for the same four tests). test_id is a lower bound: the reported set also includes unnumbered 100-um tests spanning ~40 to ~1 cm/s (verificador).); flags: DISCREPANCY, RANGE_NOT_POINT; range stated in the source; R302 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The total pressure is also monitored, which varied from 99.2 to 99.5 kPa in the tests reported.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=46",
    "status": "insufficient_evidence",
    "test_id": "B4",
    "unit": "kPa",
    "unit_original": "kPa",
    "value": "99.2..99.5",
    "value_original": "99.2 to 99.5 kPa",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (MEASURED (monitored) total pressure, section 2.3.5 'Microgravity and Normal-Gravity Experiments', in the paragraph describing the BASS-II opposed-flow duct in the ISS (preceding sentences on the same page describe the O2 sensor and the hot wire anemometer; next sentence: 'Experiments were conducted in the Microgravity Science Glovebox of ISS by two crew members.'). Scope is ambiguous: 'the tests reported' is not listed. The only flight tests identified by number in section 2.3 are B03 (=B3 in the PSI table), B11, B4 and B13 (Figure 2.20 caption, page 49); Figure 2.19 (page 48) also shows a microgravity 100-µm test at 3 cm/s without a test number. Not applied to the 1-g downward tests, which the same page gives separately as 'pressure 101 kPa' (already record R204 in PSI-25.extractor.json). DISCREPANCY with R301 (nominal '1 atm' in the Fig. 2.20 caption for the same four tests). test_id is a lower bound: the reported set also includes unnumbered 100-um tests spanning ~40 to ~1 cm/s (verificador).); flags: DISCREPANCY, RANGE_NOT_POINT; range stated in the source; R302 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The total pressure is also monitored, which varied from 99.2 to 99.5 kPa in the tests reported.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=46",
    "status": "insufficient_evidence",
    "test_id": "B11",
    "unit": "kPa",
    "unit_original": "kPa",
    "value": "99.2..99.5",
    "value_original": "99.2 to 99.5 kPa",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (MEASURED (monitored) total pressure, section 2.3.5 'Microgravity and Normal-Gravity Experiments', in the paragraph describing the BASS-II opposed-flow duct in the ISS (preceding sentences on the same page describe the O2 sensor and the hot wire anemometer; next sentence: 'Experiments were conducted in the Microgravity Science Glovebox of ISS by two crew members.'). Scope is ambiguous: 'the tests reported' is not listed. The only flight tests identified by number in section 2.3 are B03 (=B3 in the PSI table), B11, B4 and B13 (Figure 2.20 caption, page 49); Figure 2.19 (page 48) also shows a microgravity 100-µm test at 3 cm/s without a test number. Not applied to the 1-g downward tests, which the same page gives separately as 'pressure 101 kPa' (already record R204 in PSI-25.extractor.json). DISCREPANCY with R301 (nominal '1 atm' in the Fig. 2.20 caption for the same four tests). test_id is a lower bound: the reported set also includes unnumbered 100-um tests spanning ~40 to ~1 cm/s (verificador).); flags: DISCREPANCY, RANGE_NOT_POINT; range stated in the source; R302 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The total pressure is also monitored, which varied from 99.2 to 99.5 kPa in the tests reported.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=46",
    "status": "insufficient_evidence",
    "test_id": "B13",
    "unit": "kPa",
    "unit_original": "kPa",
    "value": "99.2..99.5",
    "value_original": "99.2 to 99.5 kPa",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T9",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T10",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T11",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T12",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T13",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T14",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T15",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T16",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T17",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T18",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T19",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T20",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T21",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T22",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T23",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T24",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T25",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T26",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T27",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T28a",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T28b",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Section 7.1.3 'Experimental' (printed page 94) of the T'ien SIBAL cotton-fiberglass fabric chapter; same paragraph block opens with 'All tests were conducted in a small flow duct (shown in Figure 7.1) within the MSG aboard the ISS.' (page 102). Nominal value; no measured pressure is given for these tests. test_id: section 7.1.4 (page 103) says 'A total of 27 tests were carried out for the fabric samples in BASS–II [...] These are listed in Table 7.1.' Table 7.1 (page 104) writes ids as 'GMT<day>-T<n>' (e.g. 'GMT45-T1', 'GMT216-T28a'); the PSI table writes 'T1', 'T28a'. The GMT day of each row matches the PSI table GMT column (e.g. T1 45, T5 100, T9 175, T11 178, T19 190, T25 216) and the O2 column matches the table 'Calibrated initial O2' (e.g. T1 18.5, T4 18.7, T13 17.5, T24 18.2); 27 BASS-II rows, matching the stated total. EXCLUDED: the four rows labelled 'BASS' at the bottom of Table 7.1 (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11) are BASS (PSI-26) tests that reuse T numbers; and PSI table tests T3 and T7 ('4 cm spherical section') are not in Table 7.1, so not covered. Side note, not pressure: Table 7.1 gives width 2.2 cm for T24 while the PSI table material says '1 cm SIBAL   top side ign'; the mapping relies on GMT day + T number.); flags: SHARED_LINEAGE; atm x 101.325; R303 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The tests were conducted in ambient O2 molar fraction of 16 to 21 percent. Ambient pressure was 1 atm.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T29",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Investigation-level sentence: it says opposed AND concurrent flow both occurred, not which test had which. Paired with R402 (same sentence, concurrent). Same idea in the Summary Report page=13: 'These samples could generally be mounted so that they could be burned in either the opposed or concurrent flow direction.' Per-test records follow (R403 onward).); R401 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Flame appearance, flame growth, and spread rates were determined in both the opposed and concurrent flow.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=approach",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Same sentence as R401; it covers both directions for the investigation as a whole, without saying which tests were concurrent.); R402 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Flame appearance, flame growth, and spread rates were determined in both the opposed and concurrent flow.",
    "source_file": "psi-data/PSI-25/_investigation/PSI-25.json",
    "source_location": "section=approach",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent flow",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 'BHATTACHARJEE TEST MATRIX' (Appendix A), one row per test, in the order printed. Each piece is a test number and the first direction word after it in that row (cells between them: sample number, material, igniter, flow restrictor). Note for the reader: in the PDF text layer the column that holds 'Opposed' is headed 'Sample distance', so a check against the rendered page is advisable.); R403 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B1 [...] Opposed [...] B10 [...] Opposed [...] B11 [...] Opposed [...] B12 [...] Opposed [...] B13 [...] Opposed [...] B14 [...] Opposed [...] B15 [...] Opposed [...] B16 [...] Opposed [...] B17 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=111",
    "status": "extracted",
    "test_id": "B1",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 'BHATTACHARJEE TEST MATRIX' (Appendix A), one row per test, in the order printed. Each piece is a test number and the first direction word after it in that row (cells between them: sample number, material, igniter, flow restrictor). Note for the reader: in the PDF text layer the column that holds 'Opposed' is headed 'Sample distance', so a check against the rendered page is advisable.); R403 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B1 [...] Opposed [...] B10 [...] Opposed [...] B11 [...] Opposed [...] B12 [...] Opposed [...] B13 [...] Opposed [...] B14 [...] Opposed [...] B15 [...] Opposed [...] B16 [...] Opposed [...] B17 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=111",
    "status": "extracted",
    "test_id": "B10",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 'BHATTACHARJEE TEST MATRIX' (Appendix A), one row per test, in the order printed. Each piece is a test number and the first direction word after it in that row (cells between them: sample number, material, igniter, flow restrictor). Note for the reader: in the PDF text layer the column that holds 'Opposed' is headed 'Sample distance', so a check against the rendered page is advisable.); R403 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B1 [...] Opposed [...] B10 [...] Opposed [...] B11 [...] Opposed [...] B12 [...] Opposed [...] B13 [...] Opposed [...] B14 [...] Opposed [...] B15 [...] Opposed [...] B16 [...] Opposed [...] B17 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=111",
    "status": "extracted",
    "test_id": "B11",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 'BHATTACHARJEE TEST MATRIX' (Appendix A), one row per test, in the order printed. Each piece is a test number and the first direction word after it in that row (cells between them: sample number, material, igniter, flow restrictor). Note for the reader: in the PDF text layer the column that holds 'Opposed' is headed 'Sample distance', so a check against the rendered page is advisable.); R403 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B1 [...] Opposed [...] B10 [...] Opposed [...] B11 [...] Opposed [...] B12 [...] Opposed [...] B13 [...] Opposed [...] B14 [...] Opposed [...] B15 [...] Opposed [...] B16 [...] Opposed [...] B17 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=111",
    "status": "extracted",
    "test_id": "B12",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 'BHATTACHARJEE TEST MATRIX' (Appendix A), one row per test, in the order printed. Each piece is a test number and the first direction word after it in that row (cells between them: sample number, material, igniter, flow restrictor). Note for the reader: in the PDF text layer the column that holds 'Opposed' is headed 'Sample distance', so a check against the rendered page is advisable.); R403 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B1 [...] Opposed [...] B10 [...] Opposed [...] B11 [...] Opposed [...] B12 [...] Opposed [...] B13 [...] Opposed [...] B14 [...] Opposed [...] B15 [...] Opposed [...] B16 [...] Opposed [...] B17 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=111",
    "status": "extracted",
    "test_id": "B13",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 'BHATTACHARJEE TEST MATRIX' (Appendix A), one row per test, in the order printed. Each piece is a test number and the first direction word after it in that row (cells between them: sample number, material, igniter, flow restrictor). Note for the reader: in the PDF text layer the column that holds 'Opposed' is headed 'Sample distance', so a check against the rendered page is advisable.); R403 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B1 [...] Opposed [...] B10 [...] Opposed [...] B11 [...] Opposed [...] B12 [...] Opposed [...] B13 [...] Opposed [...] B14 [...] Opposed [...] B15 [...] Opposed [...] B16 [...] Opposed [...] B17 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=111",
    "status": "extracted",
    "test_id": "B14",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 'BHATTACHARJEE TEST MATRIX' (Appendix A), one row per test, in the order printed. Each piece is a test number and the first direction word after it in that row (cells between them: sample number, material, igniter, flow restrictor). Note for the reader: in the PDF text layer the column that holds 'Opposed' is headed 'Sample distance', so a check against the rendered page is advisable.); R403 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B1 [...] Opposed [...] B10 [...] Opposed [...] B11 [...] Opposed [...] B12 [...] Opposed [...] B13 [...] Opposed [...] B14 [...] Opposed [...] B15 [...] Opposed [...] B16 [...] Opposed [...] B17 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=111",
    "status": "extracted",
    "test_id": "B15",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 'BHATTACHARJEE TEST MATRIX' (Appendix A), one row per test, in the order printed. Each piece is a test number and the first direction word after it in that row (cells between them: sample number, material, igniter, flow restrictor). Note for the reader: in the PDF text layer the column that holds 'Opposed' is headed 'Sample distance', so a check against the rendered page is advisable.); R403 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B1 [...] Opposed [...] B10 [...] Opposed [...] B11 [...] Opposed [...] B12 [...] Opposed [...] B13 [...] Opposed [...] B14 [...] Opposed [...] B15 [...] Opposed [...] B16 [...] Opposed [...] B17 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=111",
    "status": "extracted",
    "test_id": "B16",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 'BHATTACHARJEE TEST MATRIX' (Appendix A), one row per test, in the order printed. Each piece is a test number and the first direction word after it in that row (cells between them: sample number, material, igniter, flow restrictor). Note for the reader: in the PDF text layer the column that holds 'Opposed' is headed 'Sample distance', so a check against the rendered page is advisable.); R403 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B1 [...] Opposed [...] B10 [...] Opposed [...] B11 [...] Opposed [...] B12 [...] Opposed [...] B13 [...] Opposed [...] B14 [...] Opposed [...] B15 [...] Opposed [...] B16 [...] Opposed [...] B17 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=111",
    "status": "extracted",
    "test_id": "B17",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B18",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B19",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B2",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B20",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B21",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B22",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B3",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B4",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B5",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B6",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B7",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B8",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.1 continued ('TABLE A.1.—Concluded.'), same column as R403 (headed 'Sample distance' in the text layer). With R403 this covers all 22 Bhattacharjee tests B1..B22.); R404 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "B18 [...] Opposed [...] B19 [...] Opposed [...] B2 [...] Opposed [...] B20 [...] Opposed [...] B21 [...] Opposed [...] B22 [...] Opposed [...] B3 [...] Opposed [...] B4 [...] Opposed [...] B5 [...] Opposed [...] B6 [...] Opposed [...] B7 [...] Opposed [...] B8 [...] Opposed [...] B9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=112",
    "status": "extracted",
    "test_id": "B9",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.2 'FERKUL TEST MATRIX', full row segment from test number to the direction cell. The Ferkul chapter (page=54) says 'The three Nomex® samples did not ignite', so this is the configuration the tests were set up in, not an observed spreading flame.); R405 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "F1 227 Nomex® (DuPontTM) natural (Nomex III) Integral 2 Concurrent [...] F2 228m Nomex® natural (Nomex III) Integral 2 Concurrent [...] F3 229m Nomex® natural (Nomex III) Integral 1 Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=113",
    "status": "extracted",
    "test_id": "F1",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.2 'FERKUL TEST MATRIX', full row segment from test number to the direction cell. The Ferkul chapter (page=54) says 'The three Nomex® samples did not ignite', so this is the configuration the tests were set up in, not an observed spreading flame.); R405 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "F1 227 Nomex® (DuPontTM) natural (Nomex III) Integral 2 Concurrent [...] F2 228m Nomex® natural (Nomex III) Integral 2 Concurrent [...] F3 229m Nomex® natural (Nomex III) Integral 1 Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=113",
    "status": "extracted",
    "test_id": "F2",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.2 'FERKUL TEST MATRIX', full row segment from test number to the direction cell. The Ferkul chapter (page=54) says 'The three Nomex® samples did not ignite', so this is the configuration the tests were set up in, not an observed spreading flame.); R405 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "F1 227 Nomex® (DuPontTM) natural (Nomex III) Integral 2 Concurrent [...] F2 228m Nomex® natural (Nomex III) Integral 2 Concurrent [...] F3 229m Nomex® natural (Nomex III) Integral 1 Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=113",
    "status": "extracted",
    "test_id": "F3",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.2 row for F4 (Japan Wax candle) says 'Stagnation'. No source equates this candle stagnation geometry with one of the controlled terms, so value is left empty. The Ferkul chapter text says 'opposed flow' for the same test (R407): DISCREPANCY, not resolved here.); flags: DISCREPANCY, SHARED_LINEAGE; R406 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "F4 39M Japan Wax candle Integral 2 Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=113",
    "status": "insufficient_evidence",
    "test_id": "F4",
    "unit": "",
    "unit_original": "",
    "value": "Stagnation",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Ferkul chapter 3.1.1. The only candle in the Ferkul series is F4 ('Japan Wax candle' in Table A.2 page=113 and in the PSI table). Figure 3.1 caption, same page: 'Candle wick burning with opposed flow (upward flow).' Table A.2 says 'Stagnation' for F4 (R406). SHARED_LINEAGE: the same chapter says the candle was an unused BASS–I sample: 'A secondary objective was to burn any unused Burning and Suppression Solids—I (BASS–I) samples, of which there was a single wax candle.'); flags: DISCREPANCY, SHARED_LINEAGE; R407 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The wax candle test successfully ignited in an opposed flow (akin to holding a candle upside down) and burned at five different flow velocities corresponding to the test matrix potentiometer settings as shown in Figure 3.1.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=54",
    "status": "insufficient_evidence",
    "test_id": "F4",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed flow",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.3 'FERNANDEZ-PELLO TEST MATRIX', full row segment from test number to the direction cell. Every other Fernandez-Pello row on pages 114-115 reads 'Opposed' except P19 (R409). Conflicts with the series-level ReadMe paragraph=9 ('igniting the downstream end for an opposed flow flame spread geometry', held as R8), hence DISCREPANCY; the table is the per-test source.); flags: DISCREPANCY; R408 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "P16 191m 6.35-mm black rod –36 2 Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=114",
    "status": "insufficient_evidence",
    "test_id": "P16",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.3, same column as R408. Same conflict with ReadMe paragraph=9 (R8).); flags: DISCREPANCY; R409 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "P19 194m 6.35-mm black rod –36 2 Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=114",
    "status": "insufficient_evidence",
    "test_id": "P19",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M1",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M2",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M3",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M4",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M5",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M6",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M7",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M8",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M9",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M10",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M11",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M12",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M13",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M14",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M15",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M16",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M17",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M18",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M19",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Miller and Wichman chapter 5.3. Test ids: the Table 5.1 it points to ('TWENTY BURNING AND SUPPRESSION OF SOLIDS—II (BASS–II) TESTS', page=65) lists exactly M1 to M20. Proposed as a better-scoped replacement for R9 (pre-flight SRD matrix, not mapped to flown test numbers). Same chapter, page=63: 'The experiment took place in opposed flow with a varying O2 concentration (uncontrolled) and varying flow velocities (controlled).'); R410 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A total of 20 PMMA flat samples were burnt during the BASS–II experimentation (Table 5.1). The sample thickness varied from 1 to 5 mm thick. The samples burnt were all either 1 or 2 cm wide. All the burns are either one sided or two sided. The airflow was always opposed.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=64",
    "status": "extracted",
    "test_id": "M20",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 'MILLER TEST MATRIX', corroborates R410 per test. Column headed 'Sample distance' in the text layer (see R403).); R411 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M1 [...] Opposed [...] M10 180m [...] Opposed [...] M11 181m [...] Opposed [...] M12 165m [...] Opposed [...] M13 169m [...] Opposed [...] M14 [...] Opposed [...] M15 225m 2-cm, 4-mm, [...] Opposed [...] M16 164m [...] Opposed [...] M17 166m [...] Opposed [...] M18 168m [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=116",
    "status": "extracted",
    "test_id": "M1",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 'MILLER TEST MATRIX', corroborates R410 per test. Column headed 'Sample distance' in the text layer (see R403).); R411 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M1 [...] Opposed [...] M10 180m [...] Opposed [...] M11 181m [...] Opposed [...] M12 165m [...] Opposed [...] M13 169m [...] Opposed [...] M14 [...] Opposed [...] M15 225m 2-cm, 4-mm, [...] Opposed [...] M16 164m [...] Opposed [...] M17 166m [...] Opposed [...] M18 168m [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=116",
    "status": "extracted",
    "test_id": "M10",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 'MILLER TEST MATRIX', corroborates R410 per test. Column headed 'Sample distance' in the text layer (see R403).); R411 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M1 [...] Opposed [...] M10 180m [...] Opposed [...] M11 181m [...] Opposed [...] M12 165m [...] Opposed [...] M13 169m [...] Opposed [...] M14 [...] Opposed [...] M15 225m 2-cm, 4-mm, [...] Opposed [...] M16 164m [...] Opposed [...] M17 166m [...] Opposed [...] M18 168m [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=116",
    "status": "extracted",
    "test_id": "M11",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 'MILLER TEST MATRIX', corroborates R410 per test. Column headed 'Sample distance' in the text layer (see R403).); R411 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M1 [...] Opposed [...] M10 180m [...] Opposed [...] M11 181m [...] Opposed [...] M12 165m [...] Opposed [...] M13 169m [...] Opposed [...] M14 [...] Opposed [...] M15 225m 2-cm, 4-mm, [...] Opposed [...] M16 164m [...] Opposed [...] M17 166m [...] Opposed [...] M18 168m [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=116",
    "status": "extracted",
    "test_id": "M12",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 'MILLER TEST MATRIX', corroborates R410 per test. Column headed 'Sample distance' in the text layer (see R403).); R411 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M1 [...] Opposed [...] M10 180m [...] Opposed [...] M11 181m [...] Opposed [...] M12 165m [...] Opposed [...] M13 169m [...] Opposed [...] M14 [...] Opposed [...] M15 225m 2-cm, 4-mm, [...] Opposed [...] M16 164m [...] Opposed [...] M17 166m [...] Opposed [...] M18 168m [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=116",
    "status": "extracted",
    "test_id": "M13",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 'MILLER TEST MATRIX', corroborates R410 per test. Column headed 'Sample distance' in the text layer (see R403).); R411 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M1 [...] Opposed [...] M10 180m [...] Opposed [...] M11 181m [...] Opposed [...] M12 165m [...] Opposed [...] M13 169m [...] Opposed [...] M14 [...] Opposed [...] M15 225m 2-cm, 4-mm, [...] Opposed [...] M16 164m [...] Opposed [...] M17 166m [...] Opposed [...] M18 168m [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=116",
    "status": "extracted",
    "test_id": "M14",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 'MILLER TEST MATRIX', corroborates R410 per test. Column headed 'Sample distance' in the text layer (see R403).); R411 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M1 [...] Opposed [...] M10 180m [...] Opposed [...] M11 181m [...] Opposed [...] M12 165m [...] Opposed [...] M13 169m [...] Opposed [...] M14 [...] Opposed [...] M15 225m 2-cm, 4-mm, [...] Opposed [...] M16 164m [...] Opposed [...] M17 166m [...] Opposed [...] M18 168m [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=116",
    "status": "extracted",
    "test_id": "M15",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 'MILLER TEST MATRIX', corroborates R410 per test. Column headed 'Sample distance' in the text layer (see R403).); R411 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M1 [...] Opposed [...] M10 180m [...] Opposed [...] M11 181m [...] Opposed [...] M12 165m [...] Opposed [...] M13 169m [...] Opposed [...] M14 [...] Opposed [...] M15 225m 2-cm, 4-mm, [...] Opposed [...] M16 164m [...] Opposed [...] M17 166m [...] Opposed [...] M18 168m [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=116",
    "status": "extracted",
    "test_id": "M16",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 'MILLER TEST MATRIX', corroborates R410 per test. Column headed 'Sample distance' in the text layer (see R403).); R411 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M1 [...] Opposed [...] M10 180m [...] Opposed [...] M11 181m [...] Opposed [...] M12 165m [...] Opposed [...] M13 169m [...] Opposed [...] M14 [...] Opposed [...] M15 225m 2-cm, 4-mm, [...] Opposed [...] M16 164m [...] Opposed [...] M17 166m [...] Opposed [...] M18 168m [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=116",
    "status": "extracted",
    "test_id": "M17",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 'MILLER TEST MATRIX', corroborates R410 per test. Column headed 'Sample distance' in the text layer (see R403).); R411 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M1 [...] Opposed [...] M10 180m [...] Opposed [...] M11 181m [...] Opposed [...] M12 165m [...] Opposed [...] M13 169m [...] Opposed [...] M14 [...] Opposed [...] M15 225m 2-cm, 4-mm, [...] Opposed [...] M16 164m [...] Opposed [...] M17 166m [...] Opposed [...] M18 168m [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=116",
    "status": "extracted",
    "test_id": "M18",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 continued ('TABLE A.4.—Concluded.'). With R411 covers M1..M20.); R412 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M19 170m [...] Opposed [...] M2 [...] Opposed [...] M20 172m [...] Opposed [...] M3 [...] Opposed [...] M4 [...] Opposed [...] M5 [...] Opposed [...] M6 [...] Opposed [...] M7 [...] Opposed [...] M8 [...] Opposed [...] M9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=117",
    "status": "extracted",
    "test_id": "M19",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 continued ('TABLE A.4.—Concluded.'). With R411 covers M1..M20.); R412 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M19 170m [...] Opposed [...] M2 [...] Opposed [...] M20 172m [...] Opposed [...] M3 [...] Opposed [...] M4 [...] Opposed [...] M5 [...] Opposed [...] M6 [...] Opposed [...] M7 [...] Opposed [...] M8 [...] Opposed [...] M9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=117",
    "status": "extracted",
    "test_id": "M2",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 continued ('TABLE A.4.—Concluded.'). With R411 covers M1..M20.); R412 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M19 170m [...] Opposed [...] M2 [...] Opposed [...] M20 172m [...] Opposed [...] M3 [...] Opposed [...] M4 [...] Opposed [...] M5 [...] Opposed [...] M6 [...] Opposed [...] M7 [...] Opposed [...] M8 [...] Opposed [...] M9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=117",
    "status": "extracted",
    "test_id": "M20",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 continued ('TABLE A.4.—Concluded.'). With R411 covers M1..M20.); R412 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M19 170m [...] Opposed [...] M2 [...] Opposed [...] M20 172m [...] Opposed [...] M3 [...] Opposed [...] M4 [...] Opposed [...] M5 [...] Opposed [...] M6 [...] Opposed [...] M7 [...] Opposed [...] M8 [...] Opposed [...] M9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=117",
    "status": "extracted",
    "test_id": "M3",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 continued ('TABLE A.4.—Concluded.'). With R411 covers M1..M20.); R412 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M19 170m [...] Opposed [...] M2 [...] Opposed [...] M20 172m [...] Opposed [...] M3 [...] Opposed [...] M4 [...] Opposed [...] M5 [...] Opposed [...] M6 [...] Opposed [...] M7 [...] Opposed [...] M8 [...] Opposed [...] M9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=117",
    "status": "extracted",
    "test_id": "M4",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 continued ('TABLE A.4.—Concluded.'). With R411 covers M1..M20.); R412 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M19 170m [...] Opposed [...] M2 [...] Opposed [...] M20 172m [...] Opposed [...] M3 [...] Opposed [...] M4 [...] Opposed [...] M5 [...] Opposed [...] M6 [...] Opposed [...] M7 [...] Opposed [...] M8 [...] Opposed [...] M9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=117",
    "status": "extracted",
    "test_id": "M5",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 continued ('TABLE A.4.—Concluded.'). With R411 covers M1..M20.); R412 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M19 170m [...] Opposed [...] M2 [...] Opposed [...] M20 172m [...] Opposed [...] M3 [...] Opposed [...] M4 [...] Opposed [...] M5 [...] Opposed [...] M6 [...] Opposed [...] M7 [...] Opposed [...] M8 [...] Opposed [...] M9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=117",
    "status": "extracted",
    "test_id": "M6",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 continued ('TABLE A.4.—Concluded.'). With R411 covers M1..M20.); R412 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M19 170m [...] Opposed [...] M2 [...] Opposed [...] M20 172m [...] Opposed [...] M3 [...] Opposed [...] M4 [...] Opposed [...] M5 [...] Opposed [...] M6 [...] Opposed [...] M7 [...] Opposed [...] M8 [...] Opposed [...] M9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=117",
    "status": "extracted",
    "test_id": "M7",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 continued ('TABLE A.4.—Concluded.'). With R411 covers M1..M20.); R412 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M19 170m [...] Opposed [...] M2 [...] Opposed [...] M20 172m [...] Opposed [...] M3 [...] Opposed [...] M4 [...] Opposed [...] M5 [...] Opposed [...] M6 [...] Opposed [...] M7 [...] Opposed [...] M8 [...] Opposed [...] M9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=117",
    "status": "extracted",
    "test_id": "M8",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.4 continued ('TABLE A.4.—Concluded.'). With R411 covers M1..M20.); R412 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "M19 170m [...] Opposed [...] M2 [...] Opposed [...] M20 172m [...] Opposed [...] M3 [...] Opposed [...] M4 [...] Opposed [...] M5 [...] Opposed [...] M6 [...] Opposed [...] M7 [...] Opposed [...] M8 [...] Opposed [...] M9 [...] Opposed",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=117",
    "status": "extracted",
    "test_id": "M9",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O1",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O2",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O3a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O3b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O4",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O5a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O5b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O6",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O7",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O8a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O8b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O9",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O10",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O11",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O12",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O13a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O13b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O14",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O15a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O15b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O16",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O17",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O18",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O19",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O20",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O21",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Series-level ReadMe sentence (PI description), not a per-test statement. Table A.5 marks O1 and O2 '?' and labels 11 rows 'Stagnation'; O20..O22 have no Table A.5 row. Per-test direct support exists only for the 'Concurrent' rows (R415, R416).); R413 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Sandra Olson burned three sizes of pmma rods (mostly clear), igniting the upstream end for a stagnation flame / concurrent flow geometry.",
    "source_file": "psi-data/PSI-25/Science Documents/PSI-25_Science Documents_BASS-II_ReadMe.docx",
    "source_location": "paragraph=8",
    "status": "insufficient_evidence",
    "test_id": "O22",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "stagnation flame / concurrent flow geometry",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O1",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O2",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O3a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O3b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O4",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O5a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O5b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O6",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O7",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O8a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O8b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O9",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O10",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O11",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O12",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O13a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O13b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O14",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O15a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O15b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O16",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O17",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O18",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O19",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O20",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O21",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Chapter-level abstract with no test list; ids taken from the PSI-table Olson series. Not per-test: Table A.5 marks O1 and O2 '?' and has no rows for O20..O22.); R414 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "For the first time, a series of concurrent rod flammability tests were conducted in microgravity aboard the International Space Station.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=72",
    "status": "insufficient_evidence",
    "test_id": "O22",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.5 'OLSON TEST MATRIX', rows whose direction cell reads 'Concurrent'. Other rows on this page read 'Stagnation' (R417) or '?' (O1, O2: see not_found).); R415 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O10 [...] Concurrent [...] O13a 221m [...] Concurrent [...] O13b 221m [...] Concurrent [...] O14 [...] Concurrent [...] O17 [...] Concurrent [...] O19 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "extracted",
    "test_id": "O10",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.5 'OLSON TEST MATRIX', rows whose direction cell reads 'Concurrent'. Other rows on this page read 'Stagnation' (R417) or '?' (O1, O2: see not_found).); R415 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O10 [...] Concurrent [...] O13a 221m [...] Concurrent [...] O13b 221m [...] Concurrent [...] O14 [...] Concurrent [...] O17 [...] Concurrent [...] O19 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "extracted",
    "test_id": "O13a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.5 'OLSON TEST MATRIX', rows whose direction cell reads 'Concurrent'. Other rows on this page read 'Stagnation' (R417) or '?' (O1, O2: see not_found).); R415 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O10 [...] Concurrent [...] O13a 221m [...] Concurrent [...] O13b 221m [...] Concurrent [...] O14 [...] Concurrent [...] O17 [...] Concurrent [...] O19 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "extracted",
    "test_id": "O13b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.5 'OLSON TEST MATRIX', rows whose direction cell reads 'Concurrent'. Other rows on this page read 'Stagnation' (R417) or '?' (O1, O2: see not_found).); R415 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O10 [...] Concurrent [...] O13a 221m [...] Concurrent [...] O13b 221m [...] Concurrent [...] O14 [...] Concurrent [...] O17 [...] Concurrent [...] O19 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "extracted",
    "test_id": "O14",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.5 'OLSON TEST MATRIX', rows whose direction cell reads 'Concurrent'. Other rows on this page read 'Stagnation' (R417) or '?' (O1, O2: see not_found).); R415 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O10 [...] Concurrent [...] O13a 221m [...] Concurrent [...] O13b 221m [...] Concurrent [...] O14 [...] Concurrent [...] O17 [...] Concurrent [...] O19 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "extracted",
    "test_id": "O17",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.5 'OLSON TEST MATRIX', rows whose direction cell reads 'Concurrent'. Other rows on this page read 'Stagnation' (R417) or '?' (O1, O2: see not_found).); R415 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O10 [...] Concurrent [...] O13a 221m [...] Concurrent [...] O13b 221m [...] Concurrent [...] O14 [...] Concurrent [...] O17 [...] Concurrent [...] O19 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "extracted",
    "test_id": "O19",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.5 continued ('TABLE A.5.—Concluded.'). For O5a the text layer runs the direction into the next cell: 'Concurrent 1.3, 2.7, 1.3, 0.7,'.); R416 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O3a [...] Concurrent [...] O3b 205M [...] Concurrent [...] O5a [...] Concurrent [...] O5b [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=119",
    "status": "extracted",
    "test_id": "O3a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.5 continued ('TABLE A.5.—Concluded.'). For O5a the text layer runs the direction into the next cell: 'Concurrent 1.3, 2.7, 1.3, 0.7,'.); R416 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O3a [...] Concurrent [...] O3b 205M [...] Concurrent [...] O5a [...] Concurrent [...] O5b [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=119",
    "status": "extracted",
    "test_id": "O3b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.5 continued ('TABLE A.5.—Concluded.'). For O5a the text layer runs the direction into the next cell: 'Concurrent 1.3, 2.7, 1.3, 0.7,'.); R416 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O3a [...] Concurrent [...] O3b 205M [...] Concurrent [...] O5a [...] Concurrent [...] O5b [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=119",
    "status": "extracted",
    "test_id": "O5a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.5 continued ('TABLE A.5.—Concluded.'). For O5a the text layer runs the direction into the next cell: 'Concurrent 1.3, 2.7, 1.3, 0.7,'.); R416 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O3a [...] Concurrent [...] O3b 205M [...] Concurrent [...] O5a [...] Concurrent [...] O5b [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=119",
    "status": "extracted",
    "test_id": "O5b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.5 says 'Stagnation', not a controlled term. 'concurrent' is proposed only because a different source equates the two for the Olson rods: ReadMe paragraph=8 'igniting the upstream end for a stagnation flame / concurrent flow geometry' (R413). The table itself does not equate them, and it labels other Olson rows 'Concurrent', so the authors may have meant a real difference between the two labels.); R417 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O11 [...] Stagnation [...] O12 [...] Stagnation [...] O15a 218m [...] Stagnation [...] O15b 218m [...] Stagnation [...] O16 [...] Stagnation [...] O18 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "insufficient_evidence",
    "test_id": "O11",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.5 says 'Stagnation', not a controlled term. 'concurrent' is proposed only because a different source equates the two for the Olson rods: ReadMe paragraph=8 'igniting the upstream end for a stagnation flame / concurrent flow geometry' (R413). The table itself does not equate them, and it labels other Olson rows 'Concurrent', so the authors may have meant a real difference between the two labels.); R417 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O11 [...] Stagnation [...] O12 [...] Stagnation [...] O15a 218m [...] Stagnation [...] O15b 218m [...] Stagnation [...] O16 [...] Stagnation [...] O18 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "insufficient_evidence",
    "test_id": "O12",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.5 says 'Stagnation', not a controlled term. 'concurrent' is proposed only because a different source equates the two for the Olson rods: ReadMe paragraph=8 'igniting the upstream end for a stagnation flame / concurrent flow geometry' (R413). The table itself does not equate them, and it labels other Olson rows 'Concurrent', so the authors may have meant a real difference between the two labels.); R417 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O11 [...] Stagnation [...] O12 [...] Stagnation [...] O15a 218m [...] Stagnation [...] O15b 218m [...] Stagnation [...] O16 [...] Stagnation [...] O18 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "insufficient_evidence",
    "test_id": "O15a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.5 says 'Stagnation', not a controlled term. 'concurrent' is proposed only because a different source equates the two for the Olson rods: ReadMe paragraph=8 'igniting the upstream end for a stagnation flame / concurrent flow geometry' (R413). The table itself does not equate them, and it labels other Olson rows 'Concurrent', so the authors may have meant a real difference between the two labels.); R417 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O11 [...] Stagnation [...] O12 [...] Stagnation [...] O15a 218m [...] Stagnation [...] O15b 218m [...] Stagnation [...] O16 [...] Stagnation [...] O18 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "insufficient_evidence",
    "test_id": "O15b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.5 says 'Stagnation', not a controlled term. 'concurrent' is proposed only because a different source equates the two for the Olson rods: ReadMe paragraph=8 'igniting the upstream end for a stagnation flame / concurrent flow geometry' (R413). The table itself does not equate them, and it labels other Olson rows 'Concurrent', so the authors may have meant a real difference between the two labels.); R417 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O11 [...] Stagnation [...] O12 [...] Stagnation [...] O15a 218m [...] Stagnation [...] O15b 218m [...] Stagnation [...] O16 [...] Stagnation [...] O18 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "insufficient_evidence",
    "test_id": "O16",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.5 says 'Stagnation', not a controlled term. 'concurrent' is proposed only because a different source equates the two for the Olson rods: ReadMe paragraph=8 'igniting the upstream end for a stagnation flame / concurrent flow geometry' (R413). The table itself does not equate them, and it labels other Olson rows 'Concurrent', so the authors may have meant a real difference between the two labels.); R417 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O11 [...] Stagnation [...] O12 [...] Stagnation [...] O15a 218m [...] Stagnation [...] O15b 218m [...] Stagnation [...] O16 [...] Stagnation [...] O18 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=118",
    "status": "insufficient_evidence",
    "test_id": "O18",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Same reasoning as R417: the table says 'Stagnation'; the equation with concurrent comes from ReadMe paragraph=8 only.); R418 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O4 [...] Stagnation [...] O6 [...] Stagnation [...] O7 [...] Stagnation [...] O8a [...] Stagnation [...] O8b [...] Stagnation [...] O9 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=119",
    "status": "insufficient_evidence",
    "test_id": "O4",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Same reasoning as R417: the table says 'Stagnation'; the equation with concurrent comes from ReadMe paragraph=8 only.); R418 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O4 [...] Stagnation [...] O6 [...] Stagnation [...] O7 [...] Stagnation [...] O8a [...] Stagnation [...] O8b [...] Stagnation [...] O9 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=119",
    "status": "insufficient_evidence",
    "test_id": "O6",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Same reasoning as R417: the table says 'Stagnation'; the equation with concurrent comes from ReadMe paragraph=8 only.); R418 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O4 [...] Stagnation [...] O6 [...] Stagnation [...] O7 [...] Stagnation [...] O8a [...] Stagnation [...] O8b [...] Stagnation [...] O9 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=119",
    "status": "insufficient_evidence",
    "test_id": "O7",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Same reasoning as R417: the table says 'Stagnation'; the equation with concurrent comes from ReadMe paragraph=8 only.); R418 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O4 [...] Stagnation [...] O6 [...] Stagnation [...] O7 [...] Stagnation [...] O8a [...] Stagnation [...] O8b [...] Stagnation [...] O9 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=119",
    "status": "insufficient_evidence",
    "test_id": "O8a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Same reasoning as R417: the table says 'Stagnation'; the equation with concurrent comes from ReadMe paragraph=8 only.); R418 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O4 [...] Stagnation [...] O6 [...] Stagnation [...] O7 [...] Stagnation [...] O8a [...] Stagnation [...] O8b [...] Stagnation [...] O9 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=119",
    "status": "insufficient_evidence",
    "test_id": "O8b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Same reasoning as R417: the table says 'Stagnation'; the equation with concurrent comes from ReadMe paragraph=8 only.); R418 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "O4 [...] Stagnation [...] O6 [...] Stagnation [...] O7 [...] Stagnation [...] O8a [...] Stagnation [...] O8b [...] Stagnation [...] O9 [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=119",
    "status": "insufficient_evidence",
    "test_id": "O9",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T1",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T2",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T4",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T5",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T6",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T9",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T10",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T11",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T12",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T13",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T14",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T15",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T16",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T17",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T18",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T19",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T20",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T21",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T22",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T23",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T24",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T25",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T26",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T27",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T28a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T28b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1, page=103: 'A total of 27 tests were carried out for the fabric samples in BASS–II, including six quenching tests, three nonignited tests, and one blowoff test. These are listed in Table 7.1.' The table rows carry ids as 'GMT45-T1', 'GMT175-T10', 'GMT178-T11', 'GMT216-T28a', etc.; the 27 BASS-II rows are the ids listed here. Excluded: the four rows the table marks 'BASS' (GMT96-T8, GMT96-T7, GMT131-T10, GMT222-T11), which are BASS (PSI-26) tests whose labels collide with BASS-II T7, T10, T11. BASS-II T10 and T11 are the GMT175 and GMT178 rows (dates match the PSI table). T3 and T7 (spherical section) are not in Table 7.1 (see R423).); flags: SHARED_LINEAGE; R419 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "TABLE 7.1.—TEST SUMMARY OF FLAT SIBALa FABRICS IN CONCURRENT FLOW IN BURNING AND SUPPRSSION SOLIDS (BASS AND BASS–II)",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=104",
    "status": "extracted",
    "test_id": "T29",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "CONCURRENT FLOW",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T1",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T2",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T4",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T5",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T6",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T9",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T10",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T11",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T12",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T13",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T14",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T15",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T16",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T17",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T18",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T19",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T20",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T21",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T22",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T23",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T24",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T25",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T26",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T27",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T28a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T28b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (T'ien chapter 7.1.3 'Experimental', about the SIBAL fabric samples; test ids as in R419 (the 27 BASS-II fabric tests of Table 7.1). The chapter covers BASS and BASS–II together; only BASS-II ids are used.); flags: SHARED_LINEAGE; R420 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "A Kanthal® hot wire was used to ignite the fuel sample leading edge so that the flame can spread in a concurrent configuration.",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=102",
    "status": "extracted",
    "test_id": "T29",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent configuration",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T10",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T11",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T12",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T13",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T14",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T16",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T17",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T18",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T19",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T20",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T21",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T22",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T23",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 'T’IEN TEST MATRIX' (BASS-II only: T10 is sample 134M, T11 is 135m, matching the PSI table). Rows T1, T2, T15 on this page have no direction word in that column (it holds '1'); they are covered by R419/R420.); R421 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T10 [...] Concurrent [...] T11 [...] Concurrent [...] T12 [...] Concurrent [...] T13 [...] Concurrent [...] T14 [...] Concurrent [...] T16 [...] Concurrent [...] T17 [...] Concurrent [...] T18 [...] Concurrent [...] T19 [...] Concurrent [...] T20 [...] Concurrent [...] T21 [...] Concurrent [...] T22 [...] Concurrent [...] T23 [...] Concurrent [...] T24 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=120",
    "status": "extracted",
    "test_id": "T24",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 continued ('TABLE A.6.—Concluded.'). Row T4 on this page has no direction word (covered by R419/R420); rows T3 and T7 read 'Stagnation' (R423).); R422 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T25 [...] Concurrent [...] T26 [...] Concurrent [...] T27 [...] Concurrent [...] T28a 144m 1 cm SIBAL [...] Concurrent [...] T28b 144m 1 cm SIBAL [...] Concurrent [...] T29 [...] Concurrent [...] T5 [...] Concurrent [...] T6 [...] Concurrent [...] T9 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "extracted",
    "test_id": "T25",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 continued ('TABLE A.6.—Concluded.'). Row T4 on this page has no direction word (covered by R419/R420); rows T3 and T7 read 'Stagnation' (R423).); R422 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T25 [...] Concurrent [...] T26 [...] Concurrent [...] T27 [...] Concurrent [...] T28a 144m 1 cm SIBAL [...] Concurrent [...] T28b 144m 1 cm SIBAL [...] Concurrent [...] T29 [...] Concurrent [...] T5 [...] Concurrent [...] T6 [...] Concurrent [...] T9 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "extracted",
    "test_id": "T26",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 continued ('TABLE A.6.—Concluded.'). Row T4 on this page has no direction word (covered by R419/R420); rows T3 and T7 read 'Stagnation' (R423).); R422 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T25 [...] Concurrent [...] T26 [...] Concurrent [...] T27 [...] Concurrent [...] T28a 144m 1 cm SIBAL [...] Concurrent [...] T28b 144m 1 cm SIBAL [...] Concurrent [...] T29 [...] Concurrent [...] T5 [...] Concurrent [...] T6 [...] Concurrent [...] T9 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "extracted",
    "test_id": "T27",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 continued ('TABLE A.6.—Concluded.'). Row T4 on this page has no direction word (covered by R419/R420); rows T3 and T7 read 'Stagnation' (R423).); R422 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T25 [...] Concurrent [...] T26 [...] Concurrent [...] T27 [...] Concurrent [...] T28a 144m 1 cm SIBAL [...] Concurrent [...] T28b 144m 1 cm SIBAL [...] Concurrent [...] T29 [...] Concurrent [...] T5 [...] Concurrent [...] T6 [...] Concurrent [...] T9 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "extracted",
    "test_id": "T28a",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 continued ('TABLE A.6.—Concluded.'). Row T4 on this page has no direction word (covered by R419/R420); rows T3 and T7 read 'Stagnation' (R423).); R422 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T25 [...] Concurrent [...] T26 [...] Concurrent [...] T27 [...] Concurrent [...] T28a 144m 1 cm SIBAL [...] Concurrent [...] T28b 144m 1 cm SIBAL [...] Concurrent [...] T29 [...] Concurrent [...] T5 [...] Concurrent [...] T6 [...] Concurrent [...] T9 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "extracted",
    "test_id": "T28b",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 continued ('TABLE A.6.—Concluded.'). Row T4 on this page has no direction word (covered by R419/R420); rows T3 and T7 read 'Stagnation' (R423).); R422 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T25 [...] Concurrent [...] T26 [...] Concurrent [...] T27 [...] Concurrent [...] T28a 144m 1 cm SIBAL [...] Concurrent [...] T28b 144m 1 cm SIBAL [...] Concurrent [...] T29 [...] Concurrent [...] T5 [...] Concurrent [...] T6 [...] Concurrent [...] T9 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "extracted",
    "test_id": "T29",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 continued ('TABLE A.6.—Concluded.'). Row T4 on this page has no direction word (covered by R419/R420); rows T3 and T7 read 'Stagnation' (R423).); R422 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T25 [...] Concurrent [...] T26 [...] Concurrent [...] T27 [...] Concurrent [...] T28a 144m 1 cm SIBAL [...] Concurrent [...] T28b 144m 1 cm SIBAL [...] Concurrent [...] T29 [...] Concurrent [...] T5 [...] Concurrent [...] T6 [...] Concurrent [...] T9 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "extracted",
    "test_id": "T5",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 continued ('TABLE A.6.—Concluded.'). Row T4 on this page has no direction word (covered by R419/R420); rows T3 and T7 read 'Stagnation' (R423).); R422 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T25 [...] Concurrent [...] T26 [...] Concurrent [...] T27 [...] Concurrent [...] T28a 144m 1 cm SIBAL [...] Concurrent [...] T28b 144m 1 cm SIBAL [...] Concurrent [...] T29 [...] Concurrent [...] T5 [...] Concurrent [...] T6 [...] Concurrent [...] T9 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "extracted",
    "test_id": "T6",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence direct (Table A.6 continued ('TABLE A.6.—Concluded.'). Row T4 on this page has no direction word (covered by R419/R420); rows T3 and T7 read 'Stagnation' (R423).); R422 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T25 [...] Concurrent [...] T26 [...] Concurrent [...] T27 [...] Concurrent [...] T28a 144m 1 cm SIBAL [...] Concurrent [...] T28b 144m 1 cm SIBAL [...] Concurrent [...] T29 [...] Concurrent [...] T5 [...] Concurrent [...] T6 [...] Concurrent [...] T9 [...] Concurrent",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "extracted",
    "test_id": "T9",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.6 rows for the two 4-cm PMMA spherical-section tests (BASS-II T7 is GMT 190, sample 182m, not the BASS T7 of Table 7.1). No source equates this stagnation geometry with a controlled term (the ReadMe paragraph=10 on T'ien's sphere states no direction), so value is left empty.); R423 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T3 182m 4 cm spherical section [...] Stagnation [...] T7 182m 4 cm spherical section [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "insufficient_evidence",
    "test_id": "T3",
    "unit": "",
    "unit_original": "",
    "value": "Stagnation",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-25",
    "acronym": "BASS-II",
    "doi": "10.60555/4qc4-de67",
    "method": "document",
    "note": "confidence ambiguous (Table A.6 rows for the two 4-cm PMMA spherical-section tests (BASS-II T7 is GMT 190, sample 182m, not the BASS T7 of Table 7.1). No source equates this stagnation geometry with a controlled term (the ReadMe paragraph=10 on T'ien's sphere states no direction), so value is left empty.); R423 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "T3 182m 4 cm spherical section [...] Stagnation [...] T7 182m 4 cm spherical section [...] Stagnation",
    "source_file": "psi-data/PSI-25/Reports/PSI-25_Reports_BASS-II Summary Report.pdf",
    "source_location": "page=121",
    "status": "insufficient_evidence",
    "test_id": "T7",
    "unit": "",
    "unit_original": "",
    "value": "Stagnation",
    "value_original": "Stagnation",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=1;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "1",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL 2 cm",
    "value_original": "SIBAL 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=2;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "2",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 2 cm",
    "value_original": "PMMA sphere 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=3;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "3",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 1 cm",
    "value_original": "PMMA sphere 1 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=4;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "4",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL 2 cm",
    "value_original": "SIBAL 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=5;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "5",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL 2 cm",
    "value_original": "SIBAL 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=6;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "6",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 2 cm",
    "value_original": "PMMA sphere 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=7;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "7",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 2 cm",
    "value_original": "PMMA sphere 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=8;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "8",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 2 cm",
    "value_original": "PMMA sphere 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=9;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "9",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 1 cm",
    "value_original": "PMMA sphere 1 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=10;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "10",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 1 cm",
    "value_original": "PMMA sphere 1 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=11;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "11",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 1 cm",
    "value_original": "PMMA sphere 1 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=12;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "12",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL 2 cm",
    "value_original": "SIBAL 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "test_id": "15",
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  {
    "accession": "PSI-26",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=18;column=Fuel Sample Material",
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  {
    "accession": "PSI-26",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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  {
    "accession": "PSI-26",
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    "value": "PMMA 1 cm",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "test_id": "23",
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    "value": "PMMA 1 cm",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=24;column=Fuel Sample Material",
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    "test_id": "24",
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    "value": "Nomex blend 2 cm",
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  },
  {
    "accession": "PSI-26",
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    "value": "Nomex blend 2 cm",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=26;column=Fuel Sample Material",
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    "test_id": "25",
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    "value": "2 cm sphere",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "test_id": "26",
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    "value": "2 cm sphere",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "value": "2 cm sphere",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "value": "2 cm sphere",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=30;column=Fuel Sample Material",
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    "test_id": "29",
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    "value": "1 cm sphere",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "value": "1 cm sphere",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=32;column=Fuel Sample Material",
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    "test_id": "31",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=33;column=Fuel Sample Material",
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    "test_id": "32",
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    "value": "1 cm sphere",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=34;column=Fuel Sample Material",
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    "test_id": "33",
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    "value": "2 cm sphere",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=35;column=Fuel Sample Material",
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    "test_id": "34",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=36;column=Fuel Sample Material",
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    "test_id": "35",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=37;column=Fuel Sample Material",
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    "test_id": "36",
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  },
  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "test_id": "37",
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    "value": "SIBAL 2 cm",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "test_id": "38",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=40;column=Fuel Sample Material",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "value": "ultem sheet",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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  {
    "accession": "PSI-26",
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    "quote": "Fuel Sample Material",
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    "source_location": "row=52;column=Fuel Sample Material",
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    "test_id": "51",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere   wake ign",
    "value_original": "2 cm sphere   wake ign",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=53;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "52",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere   wake ign",
    "value_original": "2 cm sphere   wake ign",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=54;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "53",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere   wake ign",
    "value_original": "2 cm sphere   wake ign",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=55;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "54",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL 2 cm",
    "value_original": "SIBAL 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=56;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "55",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL 2 cm",
    "value_original": "SIBAL 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=57;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "56",
    "unit": "",
    "unit_original": "",
    "value": "nomex natural III",
    "value_original": "nomex natural III",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=58;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "57",
    "unit": "",
    "unit_original": "",
    "value": "Nomex blend 2 cm",
    "value_original": "Nomex blend 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=59;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "58",
    "unit": "",
    "unit_original": "",
    "value": "ultem sheet",
    "value_original": "ultem sheet",
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  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=60;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "59",
    "unit": "",
    "unit_original": "",
    "value": "pmma sphere",
    "value_original": "pmma sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=61;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "60",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 2 cm",
    "value_original": "PMMA sphere 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=62;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "61",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 2 cm",
    "value_original": "PMMA sphere 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=63;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "62",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 2 cm",
    "value_original": "PMMA sphere 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=64;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "63",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 2 cm",
    "value_original": "PMMA sphere 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=65;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "64",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 2 cm",
    "value_original": "PMMA sphere 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=67;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "65",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL 1 cm",
    "value_original": "SIBAL 1 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=68;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "66",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL 2 cm",
    "value_original": "SIBAL 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=69;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "67",
    "unit": "",
    "unit_original": "",
    "value": "PMMA sphere 2 cm",
    "value_original": "PMMA sphere 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=70;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "68",
    "unit": "",
    "unit_original": "",
    "value": "Japan Wax Candle   wake",
    "value_original": "Japan Wax Candle   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=71;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "69",
    "unit": "",
    "unit_original": "",
    "value": "Japan Wax Candle   wake",
    "value_original": "Japan Wax Candle   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=72;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "70",
    "unit": "",
    "unit_original": "",
    "value": "Japan Wax Candle   wake",
    "value_original": "Japan Wax Candle   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=73;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "71",
    "unit": "",
    "unit_original": "",
    "value": "Japan Wax Candle   wake",
    "value_original": "Japan Wax Candle   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=74;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "72",
    "unit": "",
    "unit_original": "",
    "value": "Japan Wax Candle   wake",
    "value_original": "Japan Wax Candle   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=75;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "73",
    "unit": "",
    "unit_original": "",
    "value": "Japan Wax Candle   wake",
    "value_original": "Japan Wax Candle   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=76;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "74",
    "unit": "",
    "unit_original": "",
    "value": "Japan Wax Candle   wake",
    "value_original": "Japan Wax Candle   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=77;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "75",
    "unit": "",
    "unit_original": "",
    "value": "Japan Wax Candle   wake",
    "value_original": "Japan Wax Candle   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=78;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "76",
    "unit": "",
    "unit_original": "",
    "value": "PMMA slab",
    "value_original": "PMMA slab",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=79;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "77",
    "unit": "",
    "unit_original": "",
    "value": "PMMA slab",
    "value_original": "PMMA slab",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=80;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "78",
    "unit": "",
    "unit_original": "",
    "value": "paraffin wax slab",
    "value_original": "paraffin wax slab",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=81;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "79",
    "unit": "",
    "unit_original": "",
    "value": "parrafin wax slab",
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    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=82;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "80",
    "unit": "",
    "unit_original": "",
    "value": "PMMA 2 cm",
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    "variable": "material"
  },
  {
    "accession": "PSI-26",
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    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=83;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "81",
    "unit": "",
    "unit_original": "",
    "value": "PMMA 2 cm",
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    "variable": "material"
  },
  {
    "accession": "PSI-26",
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    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=84;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "82",
    "unit": "",
    "unit_original": "",
    "value": "PMMA 2 cm",
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    "variable": "material"
  },
  {
    "accession": "PSI-26",
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    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=85;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "83",
    "unit": "",
    "unit_original": "",
    "value": "pmma 2 cm",
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    "variable": "material"
  },
  {
    "accession": "PSI-26",
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    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=86;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "84",
    "unit": "",
    "unit_original": "",
    "value": "pmma 2 cm",
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    "variable": "material"
  },
  {
    "accession": "PSI-26",
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    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=87;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "85",
    "unit": "",
    "unit_original": "",
    "value": "pmma 2 cm",
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    "variable": "material"
  },
  {
    "accession": "PSI-26",
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    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=88;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "85",
    "unit": "",
    "unit_original": "",
    "value": "pmma 2 cm",
    "value_original": "pmma 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
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    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=89;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "86",
    "unit": "",
    "unit_original": "",
    "value": "pmma 2 cm",
    "value_original": "pmma 2 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=90;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "87",
    "unit": "",
    "unit_original": "",
    "value": "candle    paraffin   wake",
    "value_original": "candle    paraffin   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=91;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "88",
    "unit": "",
    "unit_original": "",
    "value": "candle    paraffin   wake",
    "value_original": "candle    paraffin   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=92;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "89",
    "unit": "",
    "unit_original": "",
    "value": "pmma 1 cm",
    "value_original": "pmma 1 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=93;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "90",
    "unit": "",
    "unit_original": "",
    "value": "pmma 1 cm",
    "value_original": "pmma 1 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=94;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "91",
    "unit": "",
    "unit_original": "",
    "value": "pmma 1 cm",
    "value_original": "pmma 1 cm",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=95;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "89",
    "unit": "",
    "unit_original": "",
    "value": "candle   Japan wax",
    "value_original": "candle   Japan wax",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=96;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "90",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere",
    "value_original": "2 cm sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=97;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "91",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere",
    "value_original": "2 cm sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=98;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "92",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere",
    "value_original": "2 cm sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=99;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "93",
    "unit": "",
    "unit_original": "",
    "value": "1 cm sphere   wake",
    "value_original": "1 cm sphere   wake",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=100;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "94",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wake sphere",
    "value_original": "1 cm wake sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=101;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "95",
    "unit": "",
    "unit_original": "",
    "value": "1 cm wake sphere",
    "value_original": "1 cm wake sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=102;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "96",
    "unit": "",
    "unit_original": "",
    "value": "pmma slab opposed",
    "value_original": "pmma slab opposed",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=103;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "97",
    "unit": "",
    "unit_original": "",
    "value": "pmma slab   oppsed",
    "value_original": "pmma slab   oppsed",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=104;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "98",
    "unit": "",
    "unit_original": "",
    "value": "2 cm pmma sphere",
    "value_original": "2 cm pmma sphere ",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=105;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "99",
    "unit": "",
    "unit_original": "",
    "value": "2 cm pmma sphere",
    "value_original": "2 cm pmma sphere ",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=106;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "100",
    "unit": "",
    "unit_original": "",
    "value": "parrafin wax candle",
    "value_original": "parrafin wax candle",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=107;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "101",
    "unit": "",
    "unit_original": "",
    "value": "paraffin wax candle",
    "value_original": "paraffin wax candle",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=108;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "102",
    "unit": "",
    "unit_original": "",
    "value": "candle   Japan wax",
    "value_original": "candle   Japan wax",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=109;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "103",
    "unit": "",
    "unit_original": "",
    "value": "paraffin wax slab",
    "value_original": "paraffin wax slab",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=110;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "104",
    "unit": "",
    "unit_original": "",
    "value": "2 cm pmma sphere",
    "value_original": "2 cm pmma sphere ",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=111;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "105",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere",
    "value_original": "2 cm sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=112;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "106",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere",
    "value_original": "2 cm sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=113;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "107",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere",
    "value_original": "2 cm sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=114;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "108",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere",
    "value_original": "2 cm sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=115;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "109",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere",
    "value_original": "2 cm sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=116;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "110",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere",
    "value_original": "2 cm sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=117;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "111",
    "unit": "",
    "unit_original": "",
    "value": "2 cm sphere",
    "value_original": "2 cm sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=118;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "112",
    "unit": "",
    "unit_original": "",
    "value": "flat wax slab",
    "value_original": "flat wax slab",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=119;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "113",
    "unit": "",
    "unit_original": "",
    "value": "flat wax slab",
    "value_original": "flat wax slab",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=120;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "114",
    "unit": "",
    "unit_original": "",
    "value": "flat wax slab",
    "value_original": "flat wax slab",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=121;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "115",
    "unit": "",
    "unit_original": "",
    "value": "pmma sphere",
    "value_original": "pmma sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "",
    "quote": "Fuel Sample Material",
    "source_file": "psi-data/PSI-26/Experimental table/PSI-26_Experimental table_BASS.csv",
    "source_location": "row=122;column=Fuel Sample Material",
    "status": "extracted",
    "test_id": "116",
    "unit": "",
    "unit_original": "",
    "value": "pmma sphere",
    "value_original": "pmma sphere",
    "variable": "material"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.221 = 22.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 4",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=1;column=O2 % by volume",
    "status": "extracted",
    "test_id": "1",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.221",
    "value_original": "0.221",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 4",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=1;column=pressure, atm",
    "status": "extracted",
    "test_id": "1",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.221 = 22.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 5",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=2;column=O2 % by volume",
    "status": "extracted",
    "test_id": "2",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.221",
    "value_original": "0.221",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 5",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=2;column=pressure, atm",
    "status": "extracted",
    "test_id": "2",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.221 = 22.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 6",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=3;column=O2 % by volume",
    "status": "extracted",
    "test_id": "3",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.221",
    "value_original": "0.221",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 6",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=3;column=pressure, atm",
    "status": "extracted",
    "test_id": "3",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.219 = 21.9 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 7",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=4;column=O2 % by volume",
    "status": "extracted",
    "test_id": "4",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.219",
    "value_original": "0.219",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 7",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=4;column=pressure, atm",
    "status": "extracted",
    "test_id": "4",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.219 = 21.9 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 8",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=5;column=O2 % by volume",
    "status": "extracted",
    "test_id": "5",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.219",
    "value_original": "0.219",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 8",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=5;column=pressure, atm",
    "status": "extracted",
    "test_id": "5",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.217 = 21.7 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 9",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=6;column=O2 % by volume",
    "status": "extracted",
    "test_id": "6",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.217",
    "value_original": "0.217",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 9",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=6;column=pressure, atm",
    "status": "extracted",
    "test_id": "6",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.2985",
    "value_original": "0.98",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.217 = 21.7 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 10",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=7;column=O2 % by volume",
    "status": "extracted",
    "test_id": "7",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.217",
    "value_original": "0.217",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 10",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=7;column=pressure, atm",
    "status": "extracted",
    "test_id": "7",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.2985",
    "value_original": "0.98",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.217 = 21.7 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 11",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=8;column=O2 % by volume",
    "status": "extracted",
    "test_id": "8",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.217",
    "value_original": "0.217",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 11",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=8;column=pressure, atm",
    "status": "extracted",
    "test_id": "8",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.2985",
    "value_original": "0.98",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21887043189368768 = 21.887043189368768 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 12",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=9;column=O2 % by volume",
    "status": "extracted",
    "test_id": "9",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21887043189368768",
    "value_original": "0.21887043189368768",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 12",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=9;column=pressure, atm",
    "status": "extracted",
    "test_id": "9",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.325",
    "value_original": "0.9901315789473685",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21887043189368768 = 21.887043189368768 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 13",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=10;column=O2 % by volume",
    "status": "extracted",
    "test_id": "10",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21887043189368768",
    "value_original": "0.21887043189368768",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 13",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=10;column=pressure, atm",
    "status": "extracted",
    "test_id": "10",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.325",
    "value_original": "0.9901315789473685",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21887043189368768 = 21.887043189368768 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 14",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=11;column=O2 % by volume",
    "status": "extracted",
    "test_id": "11",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21887043189368768",
    "value_original": "0.21887043189368768",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 14",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=11;column=pressure, atm",
    "status": "extracted",
    "test_id": "11",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.325",
    "value_original": "0.9901315789473685",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21629213483146065 = 21.629213483146065 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 15",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=12;column=O2 % by volume",
    "status": "extracted",
    "test_id": "12",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21629213483146065",
    "value_original": "0.21629213483146065",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 15",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=12;column=pressure, atm",
    "status": "extracted",
    "test_id": "12",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.6718",
    "value_original": "0.9836842105263158",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21629213483146065 = 21.629213483146065 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 16",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=13;column=O2 % by volume",
    "status": "extracted",
    "test_id": "13",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21629213483146065",
    "value_original": "0.21629213483146065",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 16",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=13;column=pressure, atm",
    "status": "extracted",
    "test_id": "13",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.6718",
    "value_original": "0.9836842105263158",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21629213483146065 = 21.629213483146065 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 17",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=14;column=O2 % by volume",
    "status": "extracted",
    "test_id": "14",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21629213483146065",
    "value_original": "0.21629213483146065",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 17",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=14;column=pressure, atm",
    "status": "extracted",
    "test_id": "14",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.6718",
    "value_original": "0.9836842105263158",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.217 = 21.7 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 18",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=15;column=O2 % by volume",
    "status": "extracted",
    "test_id": "15",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.217",
    "value_original": "0.217",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 18",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=15;column=pressure, atm",
    "status": "extracted",
    "test_id": "15",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.7038",
    "value_original": "0.984",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.217 = 21.7 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 19",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=16;column=O2 % by volume",
    "status": "extracted",
    "test_id": "16",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.217",
    "value_original": "0.217",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 19",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=16;column=pressure, atm",
    "status": "extracted",
    "test_id": "16",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.7038",
    "value_original": "0.984",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.217 = 21.7 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 20",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=17;column=O2 % by volume",
    "status": "extracted",
    "test_id": "17",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.217",
    "value_original": "0.217",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 20",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=17;column=pressure, atm",
    "status": "extracted",
    "test_id": "17",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.7038",
    "value_original": "0.984",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.217 = 21.7 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 21",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=18;column=O2 % by volume",
    "status": "extracted",
    "test_id": "18",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.217",
    "value_original": "0.217",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 21",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=18;column=pressure, atm",
    "status": "extracted",
    "test_id": "18",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.7038",
    "value_original": "0.984",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.217 = 21.7 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 22",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=19;column=O2 % by volume",
    "status": "extracted",
    "test_id": "19",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.217",
    "value_original": "0.217",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 22",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=19;column=pressure, atm",
    "status": "extracted",
    "test_id": "19",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.7038",
    "value_original": "0.984",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21172171088251218 = 21.172171088251218 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 23",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=20;column=O2 % by volume",
    "status": "extracted",
    "test_id": "20",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21172171088251218",
    "value_original": "0.21172171088251218",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 23",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=20;column=pressure, atm",
    "status": "extracted",
    "test_id": "20",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.4986",
    "value_original": "0.9721052631578947",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21172171088251218 = 21.172171088251218 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 24",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=21;column=O2 % by volume",
    "status": "extracted",
    "test_id": "21",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21172171088251218",
    "value_original": "0.21172171088251218",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 24",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=21;column=pressure, atm",
    "status": "extracted",
    "test_id": "21",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.4986",
    "value_original": "0.9721052631578947",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21172171088251218 = 21.172171088251218 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 25",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=22;column=O2 % by volume",
    "status": "extracted",
    "test_id": "22",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21172171088251218",
    "value_original": "0.21172171088251218",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 25",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=22;column=pressure, atm",
    "status": "extracted",
    "test_id": "22",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.4986",
    "value_original": "0.9721052631578947",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21172171088251218 = 21.172171088251218 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 26",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=23;column=O2 % by volume",
    "status": "extracted",
    "test_id": "23",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21172171088251218",
    "value_original": "0.21172171088251218",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 26",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=23;column=pressure, atm",
    "status": "extracted",
    "test_id": "23",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.4986",
    "value_original": "0.9721052631578947",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21172171088251218 = 21.172171088251218 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 27",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=24;column=O2 % by volume",
    "status": "extracted",
    "test_id": "24",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21172171088251218",
    "value_original": "0.21172171088251218",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 27",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=24;column=pressure, atm",
    "status": "extracted",
    "test_id": "24",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.4986",
    "value_original": "0.9721052631578947",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21172171088251218 = 21.172171088251218 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 28",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=25;column=O2 % by volume",
    "status": "extracted",
    "test_id": "24",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21172171088251218",
    "value_original": "0.21172171088251218",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 28",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=25;column=pressure, atm",
    "status": "extracted",
    "test_id": "24",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.4986",
    "value_original": "0.9721052631578947",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21184054238011985 = 21.184054238011985 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 29",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=26;column=O2 % by volume",
    "status": "extracted",
    "test_id": "25",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21184054238011985",
    "value_original": "0.21184054238011985",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 29",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=26;column=pressure, atm",
    "status": "extracted",
    "test_id": "25",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.8971",
    "value_original": "0.985907894736842",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21184054238011985 = 21.184054238011985 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 30",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=27;column=O2 % by volume",
    "status": "extracted",
    "test_id": "26",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21184054238011985",
    "value_original": "0.21184054238011985",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 30",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=27;column=pressure, atm",
    "status": "extracted",
    "test_id": "26",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.8971",
    "value_original": "0.985907894736842",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21184054238011985 = 21.184054238011985 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 31",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=28;column=O2 % by volume",
    "status": "extracted",
    "test_id": "27",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21184054238011985",
    "value_original": "0.21184054238011985",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 31",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=28;column=pressure, atm",
    "status": "extracted",
    "test_id": "27",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.8971",
    "value_original": "0.985907894736842",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21184054238011985 = 21.184054238011985 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 32",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=29;column=O2 % by volume",
    "status": "extracted",
    "test_id": "28",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21184054238011985",
    "value_original": "0.21184054238011985",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 32",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=29;column=pressure, atm",
    "status": "extracted",
    "test_id": "28",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.8971",
    "value_original": "0.985907894736842",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.20889599147689442 = 20.889599147689442 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 33",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=30;column=O2 % by volume",
    "status": "extracted",
    "test_id": "29",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.20889599147689442",
    "value_original": "0.20889599147689442",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 33",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=30;column=pressure, atm",
    "status": "extracted",
    "test_id": "29",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.112",
    "value_original": "0.9880263157894736",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.20889599147689442 = 20.889599147689442 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 34",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=31;column=O2 % by volume",
    "status": "extracted",
    "test_id": "30",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.20889599147689442",
    "value_original": "0.20889599147689442",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 34",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=31;column=pressure, atm",
    "status": "extracted",
    "test_id": "30",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.112",
    "value_original": "0.9880263157894736",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.20889599147689442 = 20.889599147689442 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 35",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=32;column=O2 % by volume",
    "status": "extracted",
    "test_id": "31",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.20889599147689442",
    "value_original": "0.20889599147689442",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 35",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=32;column=pressure, atm",
    "status": "extracted",
    "test_id": "31",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.112",
    "value_original": "0.9880263157894736",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.20889599147689442 = 20.889599147689442 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 36",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=33;column=O2 % by volume",
    "status": "extracted",
    "test_id": "32",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.20889599147689442",
    "value_original": "0.20889599147689442",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 36",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=33;column=pressure, atm",
    "status": "extracted",
    "test_id": "32",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.112",
    "value_original": "0.9880263157894736",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21748625040439987 = 21.748625040439987 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 37",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=34;column=O2 % by volume",
    "status": "extracted",
    "test_id": "33",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21748625040439987",
    "value_original": "0.21748625040439987",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 37",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=34;column=pressure, atm",
    "status": "extracted",
    "test_id": "33",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9039",
    "value_original": "0.9761052631578948",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21748625040439987 = 21.748625040439987 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 38",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=35;column=O2 % by volume",
    "status": "extracted",
    "test_id": "34",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21748625040439987",
    "value_original": "0.21748625040439987",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 38",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=35;column=pressure, atm",
    "status": "extracted",
    "test_id": "34",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9039",
    "value_original": "0.9761052631578948",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21748625040439987 = 21.748625040439987 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 39",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=36;column=O2 % by volume",
    "status": "extracted",
    "test_id": "35",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21748625040439987",
    "value_original": "0.21748625040439987",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 39",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=36;column=pressure, atm",
    "status": "extracted",
    "test_id": "35",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9039",
    "value_original": "0.9761052631578948",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21748625040439987 = 21.748625040439987 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 40",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=37;column=O2 % by volume",
    "status": "extracted",
    "test_id": "36",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21748625040439987",
    "value_original": "0.21748625040439987",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 40",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=37;column=pressure, atm",
    "status": "extracted",
    "test_id": "36",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9039",
    "value_original": "0.9761052631578948",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21983426531024727 = 21.983426531024727 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 41",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=38;column=O2 % by volume",
    "status": "extracted",
    "test_id": "37",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21983426531024727",
    "value_original": "0.21983426531024727",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 41",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=38;column=pressure, atm",
    "status": "extracted",
    "test_id": "37",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9452",
    "value_original": "0.9765131578947368",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21983426531024727 = 21.983426531024727 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 42",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=39;column=O2 % by volume",
    "status": "extracted",
    "test_id": "38",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21983426531024727",
    "value_original": "0.21983426531024727",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 42",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=39;column=pressure, atm",
    "status": "extracted",
    "test_id": "38",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9452",
    "value_original": "0.9765131578947368",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21983426531024727 = 21.983426531024727 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 43",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=40;column=O2 % by volume",
    "status": "extracted",
    "test_id": "39",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21983426531024727",
    "value_original": "0.21983426531024727",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 43",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=40;column=pressure, atm",
    "status": "extracted",
    "test_id": "39",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9452",
    "value_original": "0.9765131578947368",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21983426531024727 = 21.983426531024727 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 44",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=41;column=O2 % by volume",
    "status": "extracted",
    "test_id": "40",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21983426531024727",
    "value_original": "0.21983426531024727",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 44",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=41;column=pressure, atm",
    "status": "extracted",
    "test_id": "40",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9452",
    "value_original": "0.9765131578947368",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21894414078122915 = 21.894414078122915 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 45",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=42;column=O2 % by volume",
    "status": "extracted",
    "test_id": "41",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21894414078122915",
    "value_original": "0.21894414078122915",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 45",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=42;column=pressure, atm",
    "status": "extracted",
    "test_id": "41",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.005",
    "value_original": "0.9869736842105263",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21894414078122915 = 21.894414078122915 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 46",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=43;column=O2 % by volume",
    "status": "extracted",
    "test_id": "42",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21894414078122915",
    "value_original": "0.21894414078122915",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 46",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=43;column=pressure, atm",
    "status": "extracted",
    "test_id": "42",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.005",
    "value_original": "0.9869736842105263",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21894414078122915 = 21.894414078122915 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 47",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=44;column=O2 % by volume",
    "status": "extracted",
    "test_id": "43",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21894414078122915",
    "value_original": "0.21894414078122915",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 47",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=44;column=pressure, atm",
    "status": "extracted",
    "test_id": "43",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.005",
    "value_original": "0.9869736842105263",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21894414078122915 = 21.894414078122915 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 48",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=45;column=O2 % by volume",
    "status": "extracted",
    "test_id": "44",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21894414078122915",
    "value_original": "0.21894414078122915",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 48",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=45;column=pressure, atm",
    "status": "extracted",
    "test_id": "44",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.005",
    "value_original": "0.9869736842105263",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2221985343104597 = 22.21985343104597 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 49",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=46;column=O2 % by volume",
    "status": "extracted",
    "test_id": "45",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2221985343104597",
    "value_original": "0.2221985343104597",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 49",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=46;column=pressure, atm",
    "status": "extracted",
    "test_id": "45",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.058",
    "value_original": "0.9875",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2221985343104597 = 22.21985343104597 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 50",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=47;column=O2 % by volume",
    "status": "extracted",
    "test_id": "46",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2221985343104597",
    "value_original": "0.2221985343104597",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 50",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=47;column=pressure, atm",
    "status": "extracted",
    "test_id": "46",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.058",
    "value_original": "0.9875",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2221985343104597 = 22.21985343104597 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 51",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=48;column=O2 % by volume",
    "status": "extracted",
    "test_id": "47",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2221985343104597",
    "value_original": "0.2221985343104597",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 51",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=48;column=pressure, atm",
    "status": "extracted",
    "test_id": "47",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.058",
    "value_original": "0.9875",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2221985343104597 = 22.21985343104597 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 52",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=49;column=O2 % by volume",
    "status": "extracted",
    "test_id": "48",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2221985343104597",
    "value_original": "0.2221985343104597",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 52",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=49;column=pressure, atm",
    "status": "extracted",
    "test_id": "48",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.058",
    "value_original": "0.9875",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2221985343104597 = 22.21985343104597 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 53",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=50;column=O2 % by volume",
    "status": "extracted",
    "test_id": "49",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2221985343104597",
    "value_original": "0.2221985343104597",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 53",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=50;column=pressure, atm",
    "status": "extracted",
    "test_id": "49",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.058",
    "value_original": "0.9875",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22383806099347453 = 22.383806099347453 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 54",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=51;column=O2 % by volume",
    "status": "extracted",
    "test_id": "50",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22383806099347453",
    "value_original": "0.22383806099347453",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 54",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=51;column=pressure, atm",
    "status": "extracted",
    "test_id": "50",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.112",
    "value_original": "0.9880263157894736",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22383806099347453 = 22.383806099347453 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 55",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=52;column=O2 % by volume",
    "status": "extracted",
    "test_id": "51",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22383806099347453",
    "value_original": "0.22383806099347453",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 55",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=52;column=pressure, atm",
    "status": "extracted",
    "test_id": "51",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.112",
    "value_original": "0.9880263157894736",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22383806099347453 = 22.383806099347453 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 56",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=53;column=O2 % by volume",
    "status": "extracted",
    "test_id": "52",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22383806099347453",
    "value_original": "0.22383806099347453",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 56",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=53;column=pressure, atm",
    "status": "extracted",
    "test_id": "52",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.112",
    "value_original": "0.9880263157894736",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22383806099347453 = 22.383806099347453 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 57",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=54;column=O2 % by volume",
    "status": "extracted",
    "test_id": "53",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22383806099347453",
    "value_original": "0.22383806099347453",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 57",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=54;column=pressure, atm",
    "status": "extracted",
    "test_id": "53",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.112",
    "value_original": "0.9880263157894736",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22721982701616103 = 22.721982701616103 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 58",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=55;column=O2 % by volume",
    "status": "extracted",
    "test_id": "54",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22721982701616103",
    "value_original": "0.22721982701616103",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 58",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=55;column=pressure, atm",
    "status": "extracted",
    "test_id": "54",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.81",
    "value_original": "0.9949210526315789",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22673656618610746 = 22.673656618610746 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 59",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=56;column=O2 % by volume",
    "status": "extracted",
    "test_id": "55",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22673656618610746",
    "value_original": "0.22673656618610746",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 59",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=56;column=pressure, atm",
    "status": "extracted",
    "test_id": "55",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.725",
    "value_original": "1.0039473684210527",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.225254635675111 = 22.5254635675111 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 60",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=57;column=O2 % by volume",
    "status": "extracted",
    "test_id": "56",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.225254635675111",
    "value_original": "0.225254635675111",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 60",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=57;column=pressure, atm",
    "status": "extracted",
    "test_id": "56",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.098",
    "value_original": "1.0076315789473684",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.225254635675111 = 22.5254635675111 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 61",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=58;column=O2 % by volume",
    "status": "extracted",
    "test_id": "57",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.225254635675111",
    "value_original": "0.225254635675111",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 61",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=58;column=pressure, atm",
    "status": "extracted",
    "test_id": "57",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.098",
    "value_original": "1.0076315789473684",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.225254635675111 = 22.5254635675111 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 62",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=59;column=O2 % by volume",
    "status": "extracted",
    "test_id": "58",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.225254635675111",
    "value_original": "0.225254635675111",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 62",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=59;column=pressure, atm",
    "status": "extracted",
    "test_id": "58",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.098",
    "value_original": "1.0076315789473684",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22507182031862108 = 22.507182031862108 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 63",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=60;column=O2 % by volume",
    "status": "extracted",
    "test_id": "59",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22507182031862108",
    "value_original": "0.22507182031862108",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 63",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=60;column=pressure, atm",
    "status": "extracted",
    "test_id": "59",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.098",
    "value_original": "1.0076315789473684",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22583548563825623 = 22.583548563825623 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 64",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=61;column=O2 % by volume",
    "status": "extracted",
    "test_id": "60",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22583548563825623",
    "value_original": "0.22583548563825623",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 64",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=61;column=pressure, atm",
    "status": "extracted",
    "test_id": "60",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.208",
    "value_original": "1.0087105263157894",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22583548563825623 = 22.583548563825623 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 65",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=62;column=O2 % by volume",
    "status": "extracted",
    "test_id": "61",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22583548563825623",
    "value_original": "0.22583548563825623",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 65",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=62;column=pressure, atm",
    "status": "extracted",
    "test_id": "61",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.208",
    "value_original": "1.0087105263157894",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22583548563825623 = 22.583548563825623 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 66",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=63;column=O2 % by volume",
    "status": "extracted",
    "test_id": "62",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22583548563825623",
    "value_original": "0.22583548563825623",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 66",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=63;column=pressure, atm",
    "status": "extracted",
    "test_id": "62",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.208",
    "value_original": "1.0087105263157894",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22583548563825623 = 22.583548563825623 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 67",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=64;column=O2 % by volume",
    "status": "extracted",
    "test_id": "63",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22583548563825623",
    "value_original": "0.22583548563825623",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 67",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=64;column=pressure, atm",
    "status": "extracted",
    "test_id": "63",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.208",
    "value_original": "1.0087105263157894",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.22583548563825623 = 22.583548563825623 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 68",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=65;column=O2 % by volume",
    "status": "extracted",
    "test_id": "64",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.22583548563825623",
    "value_original": "0.22583548563825623",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 68",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=65;column=pressure, atm",
    "status": "extracted",
    "test_id": "64",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "102.208",
    "value_original": "1.0087105263157894",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.215162301439728 = 21.5162301439728 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 70",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=67;column=O2 % by volume",
    "status": "extracted",
    "test_id": "65",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.215162301439728",
    "value_original": "0.215162301439728",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 70",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=67;column=pressure, atm",
    "status": "extracted",
    "test_id": "65",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.381",
    "value_original": "0.9906842105263157",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2157922698897596 = 21.57922698897596 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 71",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=68;column=O2 % by volume",
    "status": "extracted",
    "test_id": "66",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2157922698897596",
    "value_original": "0.2157922698897596",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 71",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=68;column=pressure, atm",
    "status": "extracted",
    "test_id": "66",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.378",
    "value_original": "0.9906578947368421",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2157922698897596 = 21.57922698897596 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 72",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=69;column=O2 % by volume",
    "status": "extracted",
    "test_id": "67",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2157922698897596",
    "value_original": "0.2157922698897596",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 72",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=69;column=pressure, atm",
    "status": "extracted",
    "test_id": "67",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.378",
    "value_original": "0.9906578947368421",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2124492557510149 = 21.24492557510149 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 73",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=70;column=O2 % by volume",
    "status": "extracted",
    "test_id": "68",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2124492557510149",
    "value_original": "0.2124492557510149",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 73",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=70;column=pressure, atm",
    "status": "extracted",
    "test_id": "68",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5252",
    "value_original": "0.9723684210526315",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2124492557510149 = 21.24492557510149 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 74",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=71;column=O2 % by volume",
    "status": "extracted",
    "test_id": "69",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2124492557510149",
    "value_original": "0.2124492557510149",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 74",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=71;column=pressure, atm",
    "status": "extracted",
    "test_id": "69",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5252",
    "value_original": "0.9723684210526315",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2124492557510149 = 21.24492557510149 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 75",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=72;column=O2 % by volume",
    "status": "extracted",
    "test_id": "70",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2124492557510149",
    "value_original": "0.2124492557510149",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 75",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=72;column=pressure, atm",
    "status": "extracted",
    "test_id": "70",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5252",
    "value_original": "0.9723684210526315",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2124492557510149 = 21.24492557510149 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 76",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=73;column=O2 % by volume",
    "status": "extracted",
    "test_id": "71",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2124492557510149",
    "value_original": "0.2124492557510149",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 76",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=73;column=pressure, atm",
    "status": "extracted",
    "test_id": "71",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5252",
    "value_original": "0.9723684210526315",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2124492557510149 = 21.24492557510149 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 77",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=74;column=O2 % by volume",
    "status": "extracted",
    "test_id": "72",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2124492557510149",
    "value_original": "0.2124492557510149",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 77",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=74;column=pressure, atm",
    "status": "extracted",
    "test_id": "72",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5252",
    "value_original": "0.9723684210526315",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2124492557510149 = 21.24492557510149 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 78",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=75;column=O2 % by volume",
    "status": "extracted",
    "test_id": "73",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2124492557510149",
    "value_original": "0.2124492557510149",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 78",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=75;column=pressure, atm",
    "status": "extracted",
    "test_id": "73",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5252",
    "value_original": "0.9723684210526315",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2124492557510149 = 21.24492557510149 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 79",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=76;column=O2 % by volume",
    "status": "extracted",
    "test_id": "74",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2124492557510149",
    "value_original": "0.2124492557510149",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 79",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=76;column=pressure, atm",
    "status": "extracted",
    "test_id": "74",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5252",
    "value_original": "0.9723684210526315",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2124492557510149 = 21.24492557510149 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 80",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=77;column=O2 % by volume",
    "status": "extracted",
    "test_id": "75",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2124492557510149",
    "value_original": "0.2124492557510149",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 80",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=77;column=pressure, atm",
    "status": "extracted",
    "test_id": "75",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5252",
    "value_original": "0.9723684210526315",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2193393035902708 = 21.93393035902708 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 81",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=78;column=O2 % by volume",
    "status": "extracted",
    "test_id": "76",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2193393035902708",
    "value_original": "0.2193393035902708",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 81",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=78;column=pressure, atm",
    "status": "extracted",
    "test_id": "76",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5546",
    "value_original": "0.9726578947368422",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2193393035902708 = 21.93393035902708 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 82",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=79;column=O2 % by volume",
    "status": "extracted",
    "test_id": "77",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2193393035902708",
    "value_original": "0.2193393035902708",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 82",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=79;column=pressure, atm",
    "status": "extracted",
    "test_id": "77",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5546",
    "value_original": "0.9726578947368422",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2193393035902708 = 21.93393035902708 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 83",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=80;column=O2 % by volume",
    "status": "extracted",
    "test_id": "78",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2193393035902708",
    "value_original": "0.2193393035902708",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 83",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=80;column=pressure, atm",
    "status": "extracted",
    "test_id": "78",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5546",
    "value_original": "0.9726578947368422",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2193393035902708 = 21.93393035902708 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 84",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=81;column=O2 % by volume",
    "status": "extracted",
    "test_id": "79",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2193393035902708",
    "value_original": "0.2193393035902708",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 84",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=81;column=pressure, atm",
    "status": "extracted",
    "test_id": "79",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.5546",
    "value_original": "0.9726578947368422",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1707 = 17.07 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 89",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=86;column=O2 % by volume",
    "status": "extracted",
    "test_id": "80",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1707",
    "value_original": "0.1707",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 89",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=86;column=pressure, atm",
    "status": "extracted",
    "test_id": "80",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1707 = 17.07 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 90",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=87;column=O2 % by volume",
    "status": "extracted",
    "test_id": "81",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1707",
    "value_original": "0.1707",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 90",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=87;column=pressure, atm",
    "status": "extracted",
    "test_id": "81",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.211 = 21.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 91",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=88;column=O2 % by volume",
    "status": "extracted",
    "test_id": "82",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.211",
    "value_original": "0.211",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 91",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=88;column=pressure, atm",
    "status": "extracted",
    "test_id": "82",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.5012",
    "value_original": "0.982",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.211 = 21.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 92",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=89;column=O2 % by volume",
    "status": "extracted",
    "test_id": "83",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.211",
    "value_original": "0.211",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 92",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=89;column=pressure, atm",
    "status": "extracted",
    "test_id": "83",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.5012",
    "value_original": "0.982",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.211 = 21.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 93",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=90;column=O2 % by volume",
    "status": "extracted",
    "test_id": "84",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.211",
    "value_original": "0.211",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 93",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=90;column=pressure, atm",
    "status": "extracted",
    "test_id": "84",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.5012",
    "value_original": "0.982",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.211 = 21.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 94",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=91;column=O2 % by volume",
    "status": "extracted",
    "test_id": "85",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.211",
    "value_original": "0.211",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 94",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=91;column=pressure, atm",
    "status": "extracted",
    "test_id": "85",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.5012",
    "value_original": "0.982",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.211 = 21.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 95",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=92;column=O2 % by volume",
    "status": "extracted",
    "test_id": "85",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.211",
    "value_original": "0.211",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 95",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=92;column=pressure, atm",
    "status": "extracted",
    "test_id": "85",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.5012",
    "value_original": "0.982",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21111 = 21.111 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 96",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=93;column=O2 % by volume",
    "status": "extracted",
    "test_id": "86",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21111",
    "value_original": "0.21111",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 96",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=93;column=pressure, atm",
    "status": "extracted",
    "test_id": "86",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.2985",
    "value_original": "0.98",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21111 = 21.111 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 97",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=94;column=O2 % by volume",
    "status": "extracted",
    "test_id": "87",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21111",
    "value_original": "0.21111",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 97",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=94;column=pressure, atm",
    "status": "extracted",
    "test_id": "87",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.2985",
    "value_original": "0.98",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2113 = 21.13 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 98",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=95;column=O2 % by volume",
    "status": "extracted",
    "test_id": "88",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2113",
    "value_original": "0.2113",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 98",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=95;column=pressure, atm",
    "status": "extracted",
    "test_id": "88",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.2985",
    "value_original": "0.98",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.173 = 17.3 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 99",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=96;column=O2 % by volume",
    "status": "extracted",
    "test_id": "89",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.173",
    "value_original": "0.173",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 99",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=96;column=pressure, atm",
    "status": "extracted",
    "test_id": "89",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.312",
    "value_original": "0.99",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.171 = 17.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 100",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=97;column=O2 % by volume",
    "status": "extracted",
    "test_id": "90",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.171",
    "value_original": "0.171",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 100",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=97;column=pressure, atm",
    "status": "extracted",
    "test_id": "90",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.312",
    "value_original": "0.99",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.171 = 17.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 101",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=98;column=O2 % by volume",
    "status": "extracted",
    "test_id": "91",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.171",
    "value_original": "0.171",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 101",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=98;column=pressure, atm",
    "status": "extracted",
    "test_id": "91",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.312",
    "value_original": "0.99",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.159 = 15.9 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 102",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=99;column=O2 % by volume",
    "status": "extracted",
    "test_id": "89",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.159",
    "value_original": "0.159",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 102",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=99;column=pressure, atm",
    "status": "extracted",
    "test_id": "89",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1753 = 17.53 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 103",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=100;column=O2 % by volume",
    "status": "extracted",
    "test_id": "90",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1753",
    "value_original": "0.1753",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 103",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=100;column=pressure, atm",
    "status": "extracted",
    "test_id": "90",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1753 = 17.53 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 104",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=101;column=O2 % by volume",
    "status": "extracted",
    "test_id": "91",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1753",
    "value_original": "0.1753",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 104",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=101;column=pressure, atm",
    "status": "extracted",
    "test_id": "91",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.205 = 20.5 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 105",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=102;column=O2 % by volume",
    "status": "extracted",
    "test_id": "92",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.205",
    "value_original": "0.205",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 105",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=102;column=pressure, atm",
    "status": "extracted",
    "test_id": "92",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.2852",
    "value_original": "0.97",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1667 = 16.67 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 106",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=103;column=O2 % by volume",
    "status": "extracted",
    "test_id": "93",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1667",
    "value_original": "0.1667",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 106",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=103;column=pressure, atm",
    "status": "extracted",
    "test_id": "93",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.8932",
    "value_original": "0.976",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1667 = 16.67 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 107",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=104;column=O2 % by volume",
    "status": "extracted",
    "test_id": "94",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1667",
    "value_original": "0.1667",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 107",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=104;column=pressure, atm",
    "status": "extracted",
    "test_id": "94",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.8932",
    "value_original": "0.976",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.178 = 17.8 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 108",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=105;column=O2 % by volume",
    "status": "extracted",
    "test_id": "95",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.178",
    "value_original": "0.178",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 108",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=105;column=pressure, atm",
    "status": "extracted",
    "test_id": "95",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.8932",
    "value_original": "0.976",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21 = 21 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 109",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=106;column=O2 % by volume",
    "status": "extracted",
    "test_id": "96",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 109",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=106;column=pressure, atm",
    "status": "extracted",
    "test_id": "96",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.8932",
    "value_original": "0.976",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.21 = 21 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 110",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=107;column=O2 % by volume",
    "status": "extracted",
    "test_id": "97",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 110",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=107;column=pressure, atm",
    "status": "extracted",
    "test_id": "97",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.8932",
    "value_original": "0.976",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1734 = 17.34 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 111",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=108;column=O2 % by volume",
    "status": "extracted",
    "test_id": "98",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1734",
    "value_original": "0.1734",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 111",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=108;column=pressure, atm",
    "status": "extracted",
    "test_id": "98",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.6025",
    "value_original": "0.983",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1734 = 17.34 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 112",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=109;column=O2 % by volume",
    "status": "extracted",
    "test_id": "99",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1734",
    "value_original": "0.1734",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 112",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=109;column=pressure, atm",
    "status": "extracted",
    "test_id": "99",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.6025",
    "value_original": "0.983",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1605 = 16.05 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 113",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=110;column=O2 % by volume",
    "status": "extracted",
    "test_id": "100",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1605",
    "value_original": "0.1605",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 113",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=110;column=pressure, atm",
    "status": "extracted",
    "test_id": "100",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.5012",
    "value_original": "0.982",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1605 = 16.05 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 114",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=111;column=O2 % by volume",
    "status": "extracted",
    "test_id": "101",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1605",
    "value_original": "0.1605",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 114",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=111;column=pressure, atm",
    "status": "extracted",
    "test_id": "101",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.5012",
    "value_original": "0.982",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.163 = 16.3 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 115",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=112;column=O2 % by volume",
    "status": "extracted",
    "test_id": "102",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.163",
    "value_original": "0.163",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 115",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=112;column=pressure, atm",
    "status": "extracted",
    "test_id": "102",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.5012",
    "value_original": "0.982",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.163 = 16.3 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 116",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=113;column=O2 % by volume",
    "status": "extracted",
    "test_id": "103",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.163",
    "value_original": "0.163",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 116",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=113;column=pressure, atm",
    "status": "extracted",
    "test_id": "103",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.5012",
    "value_original": "0.982",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.172 = 17.2 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 117",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=114;column=O2 % by volume",
    "status": "extracted",
    "test_id": "104",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.172",
    "value_original": "0.172",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 117",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=114;column=pressure, atm",
    "status": "extracted",
    "test_id": "104",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9945",
    "value_original": "0.977",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.172 = 17.2 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 118",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=115;column=O2 % by volume",
    "status": "extracted",
    "test_id": "105",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.172",
    "value_original": "0.172",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 118",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=115;column=pressure, atm",
    "status": "extracted",
    "test_id": "105",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9945",
    "value_original": "0.977",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.171 = 17.1 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 119",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=116;column=O2 % by volume",
    "status": "extracted",
    "test_id": "106",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.171",
    "value_original": "0.171",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 119",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=116;column=pressure, atm",
    "status": "extracted",
    "test_id": "106",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9945",
    "value_original": "0.977",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1713 = 17.13 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 120",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=117;column=O2 % by volume",
    "status": "extracted",
    "test_id": "107",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1713",
    "value_original": "0.1713",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 120",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=117;column=pressure, atm",
    "status": "extracted",
    "test_id": "107",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "98.9945",
    "value_original": "0.977",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1717 = 17.17 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 121",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=118;column=O2 % by volume",
    "status": "extracted",
    "test_id": "108",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1717",
    "value_original": "0.1717",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 121",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=118;column=pressure, atm",
    "status": "extracted",
    "test_id": "108",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.2985",
    "value_original": "0.98",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1717 = 17.17 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 122",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=119;column=O2 % by volume",
    "status": "extracted",
    "test_id": "109",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1717",
    "value_original": "0.1717",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 122",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=119;column=pressure, atm",
    "status": "extracted",
    "test_id": "109",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.2985",
    "value_original": "0.98",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1724 = 17.24 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 123",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=120;column=O2 % by volume",
    "status": "extracted",
    "test_id": "110",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1724",
    "value_original": "0.1724",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 123",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=120;column=pressure, atm",
    "status": "extracted",
    "test_id": "110",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.2985",
    "value_original": "0.98",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.1724 = 17.24 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 124",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=121;column=O2 % by volume",
    "status": "extracted",
    "test_id": "111",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.1724",
    "value_original": "0.1724",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 124",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=121;column=pressure, atm",
    "status": "extracted",
    "test_id": "111",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "99.2985",
    "value_original": "0.98",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.174 = 17.4 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 125",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=122;column=O2 % by volume",
    "status": "extracted",
    "test_id": "112",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.174",
    "value_original": "0.174",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 125",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=122;column=pressure, atm",
    "status": "extracted",
    "test_id": "112",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.95",
    "value_original": "0.9963",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2118 = 21.18 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 126",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=123;column=O2 % by volume",
    "status": "extracted",
    "test_id": "113",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2118",
    "value_original": "0.2118",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 126",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=123;column=pressure, atm",
    "status": "extracted",
    "test_id": "113",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.95",
    "value_original": "0.9963",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2118 = 21.18 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 127",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=124;column=O2 % by volume",
    "status": "extracted",
    "test_id": "114",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2118",
    "value_original": "0.2118",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 127",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=124;column=pressure, atm",
    "status": "extracted",
    "test_id": "114",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.95",
    "value_original": "0.9963",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2118 = 21.18 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 128",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=125;column=O2 % by volume",
    "status": "extracted",
    "test_id": "115",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2118",
    "value_original": "0.2118",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 128",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=125;column=pressure, atm",
    "status": "extracted",
    "test_id": "115",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.95",
    "value_original": "0.9963",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "unit-label-mismatch: header says % by volume; cells are fractions (0.2118 = 21.18 %, ambient air); listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 129",
    "quote": "O2 % by volume",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=126;column=O2 % by volume",
    "status": "extracted",
    "test_id": "116",
    "unit": "1",
    "unit_original": "% by volume",
    "value": "0.2118",
    "value_original": "0.2118",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; listed under the header group 'ISS environment' of the as-run matrix; the table does not say where it was measured; Excel row 129",
    "quote": "pressure, atm",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_As Run_Test Matrix.xlsx",
    "source_location": "sheet=as run matrix;row=126;column=pressure, atm",
    "status": "extracted",
    "test_id": "116",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "100.95",
    "value_original": "0.9963",
    "variable": "pressure"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence ambiguous (Scope sentence of the PSI Data Layout Document: says what BASS examines, not that the tests were run in microgravity. Same rule as the FLEX description-of-data sentence (PSI-69). Stronger candidates were audited and rejected or downgraded (2015 ISS Researcher's Guide pp.2, 31: they describe BASS-II or the whole campaign).); R1 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "BASS (Burning and Suppression of Solids) examines the burning and extinction characteristics of a wide variety of fuel samples in microgravity.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_DLD_BASS.pdf",
    "source_location": "page=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence direct (Investigation title (a name, not a sentence). See R6 for the requirement sentence.); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Burning and Suppression of Solids",
    "source_file": "psi-data/PSI-26/_investigation/PSI-26.json",
    "source_location": "section=title",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solids",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence ambiguous ('BASS Requirement' column of the requirements table, row 'Configuration' (planning document, February 2010). Note for the auditor: SRD page 4, Figure 1 labels the sample 'Solid fuel or wax-impregnated “wick”', and the test matrix (page 10) includes wax candles and wax-saturated fabric; the sources do not state a phase for the wax samples separately.); R6 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Configuration: Solid fuel materials on individual and exchangeable sample cards",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_SRD_BASS.pdf",
    "source_location": "page=7",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "Solid fuel materials",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence direct (Vehicle. Section=flightProgram also reads 'International Space Station (ISS)'.); R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The experiment was conducted aboard the International Space Station (ISS) inside the Microgravity Glove Box (MSG).",
    "source_file": "psi-data/PSI-26/_investigation/PSI-26.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence direct (Facility (field value, not a sentence). Section=approach writes it 'Microgravity Glove Box (MSG)'; the 2013 paper, paragraph 53, writes 'Microgravity Science Glovebox (MSG)'.); R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Microgravity Science Glovebox",
    "source_file": "psi-data/PSI-26/_investigation/PSI-26.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Microgravity Science Glovebox",
    "value_original": "Microgravity Science Glovebox",
    "variable": "platform"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (air: oxygen balanced mainly by nitrogen. The 2013 paper (paragraph 51) also speaks of 'air flow speeds'. Separate note, NOT the ambient diluent: the extinguishing agent is nitrogen, SRD page 4: '3.) Nitrogen gas jet for flame extinguishment'; record section=researchImpacts: 'Using nitrogen as a flame suppressant in microgravity provides a direct link to current and planned extinguishment techniques.'); R9 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The air co-flow is produced by using a fan to blow air through the duct.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_SRD_BASS.pdf",
    "source_location": "page=4",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence ambiguous (Investigation-level statement that both configurations were used; it does not say which test used which, so this value does not hold for every test. Per-test directions for the fabric tests are in Table I of the 2013 paper (paragraphs 79-142, paper numbering). Nothing is stated for the spheres or candles.); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "This investigation explored two primary air flow configurations; concurrent-flow and opposed-flow. With concurrent-flow air flows in the same direction as the flame spread and in opposed-flow air flows in the opposite direction of flame spread.",
    "source_file": "psi-data/PSI-26/_investigation/PSI-26.json",
    "source_location": "section=approach",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "concurrent-flow",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence ambiguous (Same sentence as R10: both configurations were used; it does not say which test used which. Per-test directions for the fabric tests are in Table I of the 2013 paper (paragraphs 79-142, paper numbering).); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "This investigation explored two primary air flow configurations; concurrent-flow and opposed-flow. With concurrent-flow air flows in the same direction as the flame spread and in opposed-flow air flows in the opposite direction of flame spread.",
    "source_file": "psi-data/PSI-26/_investigation/PSI-26.json",
    "source_location": "section=approach",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "opposed-flow",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence ambiguous (Upper bound only ('as high as'); the sentence gives no lower bound. Agrees with the 40 cm/s maximum in R14; disagrees with the 5 to 50 cm/s of the planning SRD (R15). As-run speeds in Table I of the 2013 paper reach 44 cm/s (paragraphs 126 and 131), above this stated maximum. Lineage: the fan and the 76 mm x 76 mm duct are the SPICE apparatus (2013 paper, paragraph 51: 'The samples are burned in the SPICE apparatus which is a small flow duct with a cross-sectional area of 76mm x 76mm [Dotson et. al. 2010].'); flag SHARED_LINEAGE.); flags: DISCREPANCY, RANGE_NOT_POINT; R13 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Airflow was controlled using a variable speed fan, with airflow speeds reaching as high as 40 cm/s.",
    "source_file": "psi-data/PSI-26/_investigation/PSI-26.json",
    "source_location": "section=approach",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "40",
    "value_original": "as high as 40 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence ambiguous (Planning document (Science Requirements, February 2010) describing the existing SPICE fan and duct. SRD page 7 repeats 'Oxidizer Velocity: 5 to 50 cm/s' and 'Co-flow Velocity: 5 to 50 cm/s', with the BASS column '---Same---' as SPICE. Disagrees with the 0 to 40 cm/s of R13 and R14.); flags: DISCREPANCY, RANGE_NOT_POINT, SHARED_LINEAGE; range stated in the source; R15 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "An anemometer is used to measure the actual flow speed. The airflow speed can be adjusted from 5 to 50 cm/s.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_SRD_BASS.pdf",
    "source_location": "page=4",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "5..50",
    "value_original": "5 to 50 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence ambiguous (Lower bound only, and a requirement in the February 2010 planning SRD ('Ambient Oxygen Concentration Requirements', BASS column), not a measured value. The same restriction is repeated on page 8 for the MSG working volume. The as-run O2 is not stated in the record text or the 2013 paper. The percent basis (volume/mole or mass) is not stated. The '2' in 'O2' is a subscript in the PDF.); flags: UNIT_AMBIGUOUS; percent x 0.01; R16 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "On each day of testing, the oxygen concentration of the ISS cabin atmosphere should be measured. Testing is restricted to oxygen concentrations at or above 21% O2.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_SRD_BASS.pdf",
    "source_location": "page=8",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "1",
    "unit_original": "%",
    "value": "0.21",
    "value_original": "at or above 21% O2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence ambiguous (ambiguous: the 2015 ISS Researcher's Guide uses 'BASS' for the whole BASS/BASS-II campaign. A lower-oxygen result needs N2 vitiation, which the PSI-25 report says BASS-II introduced. The sentence cannot be attributed to PSI-26 tests. SHARED_LINEAGE: BASS, BASS-II, SPICE and SLICE share the MSG flow duct.); R102 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Recent results from the BASS experiment currently running on the ISS indicate that NASA-STD-6001 Test 1 is not conservative, and materials can burn at lower oxygen levels in microgravity than on Earth.",
    "source_file": "nasa/iss-combustion-guide-2015/np-2015-10-034-jsc_combustion_in_reduced_gravity-iss-mini-book-011116-508.pdf",
    "source_location": "page=31",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "1",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "4",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "5",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "12",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "13",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "37",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "44",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "45",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "54",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "55",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "65",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-26",
    "acronym": "BASS",
    "doi": "10.60555/58h4-dy80",
    "method": "document",
    "note": "confidence derived (Abstract of PSI-26's own 2013 paper [p17], past tense, about the cotton-fiberglass fabric tests; conclusions [p186] confirm 'burned in long-duration microgravity tests aboard the ISS'. The paper says the custom-made fabric is 'sometimes referred to as SIBAL fabric' (cotton-fiberglass, 75% by mass cotton) [p33]. Scope: only the 12 PSI-26 table rows whose material is SIBAL. Their CSV 'Test #' values (1, 7, 8, 4, 10, 5, 6, 2, 3, 11, 9) match the 11 tests of the paper's Table I in the same run order and with the same widths. The exception is As Run 44 (Test # 5b, a second burn of sample 9 in opposed flow), which is not in Table I. It is covered only as a fabric burn in the same ISS campaign, not by an individual statement in the paper. Candles, spheres, PMMA, Ultem, wax and Nomex samples are not covered. The paper's 1-g comparison flames (Figs. 13-14) have no number and are not rows of the PSI table.); flags: SHARED_LINEAGE; R103 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Microgravity combustion tests burning fabric samples were performed aboard the International Space Station.",
    "source_file": "psi-data/PSI-26/Science Documents/PSI-26_Science Documents_FlammabilityAspectsofFabric_USNationalCombustion.2013.docx",
    "source_location": "paragraph=17",
    "status": "extracted",
    "test_id": "66",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "Microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=1;column=Fuel ",
    "status": "extracted",
    "test_id": "1206",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=1;column=Pressure",
    "status": "extracted",
    "test_id": "1206",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=1;column=Oxygen",
    "status": "extracted",
    "test_id": "1206",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=1;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1206",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=2;column=Fuel ",
    "status": "extracted",
    "test_id": "1207",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=2;column=Pressure",
    "status": "extracted",
    "test_id": "1207",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=2;column=Oxygen",
    "status": "extracted",
    "test_id": "1207",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=2;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1207",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=3;column=Fuel ",
    "status": "extracted",
    "test_id": "1208",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=3;column=Pressure",
    "status": "extracted",
    "test_id": "1208",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=3;column=Oxygen",
    "status": "extracted",
    "test_id": "1208",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=3;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1208",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=4;column=Fuel ",
    "status": "extracted",
    "test_id": "1209",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=4;column=Pressure",
    "status": "extracted",
    "test_id": "1209",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=4;column=Oxygen",
    "status": "extracted",
    "test_id": "1209",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=4;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1209",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=5;column=Fuel ",
    "status": "extracted",
    "test_id": "1210",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=5;column=Pressure",
    "status": "extracted",
    "test_id": "1210",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=5;column=Oxygen",
    "status": "extracted",
    "test_id": "1210",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=5;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1210",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=6;column=Fuel ",
    "status": "extracted",
    "test_id": "1211",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=6;column=Pressure",
    "status": "extracted",
    "test_id": "1211",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=6;column=Oxygen",
    "status": "extracted",
    "test_id": "1211",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=6;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1211",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=7;column=Fuel ",
    "status": "extracted",
    "test_id": "1213",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=7;column=Pressure",
    "status": "extracted",
    "test_id": "1213",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=7;column=Oxygen",
    "status": "extracted",
    "test_id": "1213",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=7;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1213",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=8;column=Fuel ",
    "status": "extracted",
    "test_id": "1215",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=8;column=Pressure",
    "status": "extracted",
    "test_id": "1215",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=8;column=Oxygen",
    "status": "extracted",
    "test_id": "1215",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=8;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1215",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=9;column=Fuel ",
    "status": "extracted",
    "test_id": "1216",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=9;column=Pressure",
    "status": "extracted",
    "test_id": "1216",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=9;column=Oxygen",
    "status": "extracted",
    "test_id": "1216",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=9;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1216",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=10;column=Fuel ",
    "status": "extracted",
    "test_id": "1217",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=10;column=Pressure",
    "status": "extracted",
    "test_id": "1217",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=10;column=Oxygen",
    "status": "extracted",
    "test_id": "1217",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=10;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1217",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=11;column=Fuel ",
    "status": "extracted",
    "test_id": "1218",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=11;column=Pressure",
    "status": "extracted",
    "test_id": "1218",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=11;column=Oxygen",
    "status": "extracted",
    "test_id": "1218",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=11;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1218",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=12;column=Fuel ",
    "status": "extracted",
    "test_id": "1219",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=12;column=Pressure",
    "status": "extracted",
    "test_id": "1219",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; fractions of this row do not sum to 1",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=12;column=Oxygen",
    "status": "insufficient_evidence",
    "test_id": "1219",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=13;column=Fuel ",
    "status": "extracted",
    "test_id": "1220",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=13;column=Pressure",
    "status": "extracted",
    "test_id": "1220",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; fractions of this row do not sum to 1",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=13;column=Oxygen",
    "status": "insufficient_evidence",
    "test_id": "1220",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=14;column=Fuel ",
    "status": "extracted",
    "test_id": "1221",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=14;column=Pressure",
    "status": "extracted",
    "test_id": "1221",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; fractions of this row do not sum to 1",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=14;column=Oxygen",
    "status": "insufficient_evidence",
    "test_id": "1221",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=15;column=Fuel ",
    "status": "extracted",
    "test_id": "1222",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=15;column=Pressure",
    "status": "extracted",
    "test_id": "1222",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; fractions of this row do not sum to 1",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=15;column=Oxygen",
    "status": "insufficient_evidence",
    "test_id": "1222",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=16;column=Fuel ",
    "status": "extracted",
    "test_id": "1223",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=16;column=Pressure",
    "status": "extracted",
    "test_id": "1223",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "126.656",
    "value_original": "1.25 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=16;column=Oxygen",
    "status": "extracted",
    "test_id": "1223",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=16;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1223",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=17;column=Fuel ",
    "status": "extracted",
    "test_id": "1224",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=17;column=Pressure",
    "status": "extracted",
    "test_id": "1224",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "126.656",
    "value_original": "1.25 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=17;column=Oxygen",
    "status": "extracted",
    "test_id": "1224",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=17;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1224",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=18;column=Fuel ",
    "status": "extracted",
    "test_id": "1225",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=18;column=Pressure",
    "status": "extracted",
    "test_id": "1225",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "126.656",
    "value_original": "1.25 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=18;column=Oxygen",
    "status": "extracted",
    "test_id": "1225",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=18;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1225",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=19;column=Fuel ",
    "status": "extracted",
    "test_id": "1226",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=19;column=Pressure",
    "status": "extracted",
    "test_id": "1226",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "126.656",
    "value_original": "1.25 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=19;column=Oxygen",
    "status": "extracted",
    "test_id": "1226",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=19;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1226",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=20;column=Fuel ",
    "status": "extracted",
    "test_id": "1227",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=20;column=Pressure",
    "status": "extracted",
    "test_id": "1227",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=20;column=Oxygen",
    "status": "extracted",
    "test_id": "1227",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=20;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1227",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=21;column=Fuel ",
    "status": "extracted",
    "test_id": "1228",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=21;column=Pressure",
    "status": "extracted",
    "test_id": "1228",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=21;column=Oxygen",
    "status": "extracted",
    "test_id": "1228",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=21;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1228",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=22;column=Fuel ",
    "status": "extracted",
    "test_id": "1229",
    "unit": "",
    "unit_original": "",
    "value": "C12H26",
    "value_original": "C12H26",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=22;column=Pressure",
    "status": "extracted",
    "test_id": "1229",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=22;column=Oxygen",
    "status": "extracted",
    "test_id": "1229",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=22;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1229",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=23;column=Fuel ",
    "status": "extracted",
    "test_id": "1285",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=23;column=Pressure",
    "status": "extracted",
    "test_id": "1285",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=23;column=Oxygen",
    "status": "extracted",
    "test_id": "1285",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=23;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1285",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=24;column=Fuel ",
    "status": "extracted",
    "test_id": "1286",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=24;column=Pressure",
    "status": "extracted",
    "test_id": "1286",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=24;column=Oxygen",
    "status": "extracted",
    "test_id": "1286",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=24;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1286",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=25;column=Fuel ",
    "status": "extracted",
    "test_id": "1287",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=25;column=Pressure",
    "status": "extracted",
    "test_id": "1287",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=25;column=Oxygen",
    "status": "extracted",
    "test_id": "1287",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=25;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1287",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=26;column=Fuel ",
    "status": "extracted",
    "test_id": "1288",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=26;column=Pressure",
    "status": "extracted",
    "test_id": "1288",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=26;column=Oxygen",
    "status": "extracted",
    "test_id": "1288",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=26;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1288",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=27;column=Fuel ",
    "status": "extracted",
    "test_id": "1289",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=27;column=Pressure",
    "status": "extracted",
    "test_id": "1289",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=27;column=Oxygen",
    "status": "extracted",
    "test_id": "1289",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=27;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1289",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=28;column=Fuel ",
    "status": "extracted",
    "test_id": "1295",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=28;column=Pressure",
    "status": "extracted",
    "test_id": "1295",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=28;column=Oxygen",
    "status": "extracted",
    "test_id": "1295",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=28;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1295",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=29;column=Fuel ",
    "status": "extracted",
    "test_id": "1296",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=29;column=Pressure",
    "status": "extracted",
    "test_id": "1296",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=29;column=Oxygen",
    "status": "extracted",
    "test_id": "1296",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=29;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1296",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=30;column=Fuel ",
    "status": "extracted",
    "test_id": "1297",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=30;column=Pressure",
    "status": "extracted",
    "test_id": "1297",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=30;column=Oxygen",
    "status": "extracted",
    "test_id": "1297",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=30;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1297",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=31;column=Fuel ",
    "status": "extracted",
    "test_id": "1290",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=31;column=Pressure",
    "status": "extracted",
    "test_id": "1290",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=31;column=Oxygen",
    "status": "extracted",
    "test_id": "1290",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=31;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1290",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=32;column=Fuel ",
    "status": "extracted",
    "test_id": "1291",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=32;column=Pressure",
    "status": "extracted",
    "test_id": "1291",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=32;column=Oxygen",
    "status": "extracted",
    "test_id": "1291",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
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    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=32;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1291",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=33;column=Fuel ",
    "status": "extracted",
    "test_id": "1292",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=33;column=Pressure",
    "status": "extracted",
    "test_id": "1292",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=33;column=Oxygen",
    "status": "extracted",
    "test_id": "1292",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
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    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=33;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1292",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=34;column=Fuel ",
    "status": "extracted",
    "test_id": "1293",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=34;column=Pressure",
    "status": "extracted",
    "test_id": "1293",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=34;column=Oxygen",
    "status": "extracted",
    "test_id": "1293",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=34;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1293",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=35;column=Fuel ",
    "status": "extracted",
    "test_id": "1294",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=35;column=Pressure",
    "status": "extracted",
    "test_id": "1294",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=35;column=Oxygen",
    "status": "extracted",
    "test_id": "1294",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=35;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1294",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=36;column=Fuel ",
    "status": "extracted",
    "test_id": "1300",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=36;column=Pressure",
    "status": "extracted",
    "test_id": "1300",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=36;column=Oxygen",
    "status": "extracted",
    "test_id": "1300",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=36;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1300",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=37;column=Fuel ",
    "status": "extracted",
    "test_id": "1301",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=37;column=Pressure",
    "status": "extracted",
    "test_id": "1301",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=37;column=Oxygen",
    "status": "extracted",
    "test_id": "1301",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=37;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1301",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=38;column=Fuel ",
    "status": "extracted",
    "test_id": "1310",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=38;column=Pressure",
    "status": "extracted",
    "test_id": "1310",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "126.656",
    "value_original": "1.25 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=38;column=Oxygen",
    "status": "extracted",
    "test_id": "1310",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=38;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1310",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=39;column=Fuel ",
    "status": "extracted",
    "test_id": "1311",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=39;column=Pressure",
    "status": "extracted",
    "test_id": "1311",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "126.656",
    "value_original": "1.25 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=39;column=Oxygen",
    "status": "extracted",
    "test_id": "1311",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=39;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1311",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=40;column=Fuel ",
    "status": "extracted",
    "test_id": "1312",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=40;column=Pressure",
    "status": "extracted",
    "test_id": "1312",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "126.656",
    "value_original": "1.25 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=40;column=Oxygen",
    "status": "extracted",
    "test_id": "1312",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=40;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1312",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=41;column=Fuel ",
    "status": "extracted",
    "test_id": "1313",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=41;column=Pressure",
    "status": "extracted",
    "test_id": "1313",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "126.656",
    "value_original": "1.25 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=41;column=Oxygen",
    "status": "extracted",
    "test_id": "1313",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=41;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1313",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=42;column=Fuel ",
    "status": "extracted",
    "test_id": "1314",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=42;column=Pressure",
    "status": "extracted",
    "test_id": "1314",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "126.656",
    "value_original": "1.25 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=42;column=Oxygen",
    "status": "extracted",
    "test_id": "1314",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=42;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1314",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=43;column=Fuel ",
    "status": "extracted",
    "test_id": "1320",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=43;column=Pressure",
    "status": "extracted",
    "test_id": "1320",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=43;column=Oxygen",
    "status": "extracted",
    "test_id": "1320",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=43;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1320",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=44;column=Fuel ",
    "status": "extracted",
    "test_id": "1321",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=44;column=Pressure",
    "status": "extracted",
    "test_id": "1321",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=44;column=Oxygen",
    "status": "extracted",
    "test_id": "1321",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=44;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1321",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=45;column=Fuel ",
    "status": "extracted",
    "test_id": "1322",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=45;column=Pressure",
    "status": "extracted",
    "test_id": "1322",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=45;column=Oxygen",
    "status": "extracted",
    "test_id": "1322",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=45;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1322",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=46;column=Fuel ",
    "status": "extracted",
    "test_id": "1323",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=46;column=Pressure",
    "status": "extracted",
    "test_id": "1323",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=46;column=Oxygen",
    "status": "extracted",
    "test_id": "1323",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=46;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1323",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=47;column=Fuel ",
    "status": "extracted",
    "test_id": "1328",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=47;column=Pressure",
    "status": "extracted",
    "test_id": "1328",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=47;column=Oxygen",
    "status": "extracted",
    "test_id": "1328",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=47;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1328",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=48;column=Fuel ",
    "status": "extracted",
    "test_id": "1329",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=48;column=Pressure",
    "status": "extracted",
    "test_id": "1329",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=48;column=Oxygen",
    "status": "extracted",
    "test_id": "1329",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=48;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1329",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=49;column=Fuel ",
    "status": "extracted",
    "test_id": "1330",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=49;column=Pressure",
    "status": "extracted",
    "test_id": "1330",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=49;column=Oxygen",
    "status": "extracted",
    "test_id": "1330",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=49;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1330",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=50;column=Fuel ",
    "status": "extracted",
    "test_id": "1331",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=50;column=Pressure",
    "status": "extracted",
    "test_id": "1331",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=50;column=Oxygen",
    "status": "extracted",
    "test_id": "1331",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=50;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1331",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=51;column=Fuel ",
    "status": "extracted",
    "test_id": "1332",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=51;column=Pressure",
    "status": "extracted",
    "test_id": "1332",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=51;column=Oxygen",
    "status": "extracted",
    "test_id": "1332",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=51;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1332",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=52;column=Fuel ",
    "status": "extracted",
    "test_id": "1335",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=52;column=Pressure",
    "status": "extracted",
    "test_id": "1335",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=52;column=Oxygen",
    "status": "extracted",
    "test_id": "1335",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=52;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1335",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=53;column=Fuel ",
    "status": "extracted",
    "test_id": "1336",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=53;column=Pressure",
    "status": "extracted",
    "test_id": "1336",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=53;column=Oxygen",
    "status": "extracted",
    "test_id": "1336",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=53;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1336",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=54;column=Fuel ",
    "status": "extracted",
    "test_id": "1337",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=54;column=Pressure",
    "status": "extracted",
    "test_id": "1337",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=54;column=Oxygen",
    "status": "extracted",
    "test_id": "1337",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=54;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1337",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=55;column=Fuel ",
    "status": "extracted",
    "test_id": "1338",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=55;column=Pressure",
    "status": "extracted",
    "test_id": "1338",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=55;column=Oxygen",
    "status": "extracted",
    "test_id": "1338",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=55;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1338",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=56;column=Fuel ",
    "status": "extracted",
    "test_id": "1340",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=56;column=Pressure",
    "status": "extracted",
    "test_id": "1340",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "506.625",
    "value_original": "5 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=56;column=Oxygen",
    "status": "extracted",
    "test_id": "1340",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=56;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1340",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=57;column=Fuel ",
    "status": "extracted",
    "test_id": "1341",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=57;column=Pressure",
    "status": "extracted",
    "test_id": "1341",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "506.625",
    "value_original": "5 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=57;column=Oxygen",
    "status": "extracted",
    "test_id": "1341",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=57;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1341",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=58;column=Fuel ",
    "status": "extracted",
    "test_id": "1342",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=58;column=Pressure",
    "status": "extracted",
    "test_id": "1342",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "506.625",
    "value_original": "5 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=58;column=Oxygen",
    "status": "extracted",
    "test_id": "1342",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=58;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1342",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=59;column=Fuel ",
    "status": "extracted",
    "test_id": "1346",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=59;column=Pressure",
    "status": "extracted",
    "test_id": "1346",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "75.9938",
    "value_original": "0.75 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=59;column=Oxygen",
    "status": "extracted",
    "test_id": "1346",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=59;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1346",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=60;column=Fuel ",
    "status": "extracted",
    "test_id": "1347",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=60;column=Pressure",
    "status": "extracted",
    "test_id": "1347",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "75.9938",
    "value_original": "0.75 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=60;column=Oxygen",
    "status": "extracted",
    "test_id": "1347",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=60;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1347",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=61;column=Fuel ",
    "status": "extracted",
    "test_id": "1348",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=61;column=Pressure",
    "status": "extracted",
    "test_id": "1348",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "75.9938",
    "value_original": "0.75 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=61;column=Oxygen",
    "status": "extracted",
    "test_id": "1348",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=61;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1348",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=62;column=Fuel ",
    "status": "extracted",
    "test_id": "1349",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=62;column=Pressure",
    "status": "extracted",
    "test_id": "1349",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "75.9938",
    "value_original": "0.75 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=62;column=Oxygen",
    "status": "extracted",
    "test_id": "1349",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=62;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1349",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=63;column=Fuel ",
    "status": "extracted",
    "test_id": "1356",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=63;column=Pressure",
    "status": "extracted",
    "test_id": "1356",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=63;column=Oxygen",
    "status": "extracted",
    "test_id": "1356",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=63;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1356",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=64;column=Fuel ",
    "status": "extracted",
    "test_id": "1357",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=64;column=Pressure",
    "status": "extracted",
    "test_id": "1357",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=64;column=Oxygen",
    "status": "extracted",
    "test_id": "1357",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=64;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1357",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=65;column=Fuel ",
    "status": "extracted",
    "test_id": "1358",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=65;column=Pressure",
    "status": "extracted",
    "test_id": "1358",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=65;column=Oxygen",
    "status": "extracted",
    "test_id": "1358",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=65;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1358",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=66;column=Fuel ",
    "status": "extracted",
    "test_id": "1362",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=66;column=Pressure",
    "status": "extracted",
    "test_id": "1362",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=66;column=Oxygen",
    "status": "extracted",
    "test_id": "1362",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=66;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1362",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.5 | 0.29",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=67;column=Fuel ",
    "status": "extracted",
    "test_id": "1363",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=67;column=Pressure",
    "status": "extracted",
    "test_id": "1363",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=67;column=Oxygen",
    "status": "extracted",
    "test_id": "1363",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=67;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1363",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.5 | 0.29",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=68;column=Fuel ",
    "status": "extracted",
    "test_id": "1364",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=68;column=Pressure",
    "status": "extracted",
    "test_id": "1364",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=68;column=Oxygen",
    "status": "extracted",
    "test_id": "1364",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=68;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1364",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.5 | 0.29",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=69;column=Fuel ",
    "status": "extracted",
    "test_id": "1365",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=69;column=Pressure",
    "status": "extracted",
    "test_id": "1365",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=69;column=Oxygen",
    "status": "extracted",
    "test_id": "1365",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=69;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1365",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.5 | 0.29",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=70;column=Fuel ",
    "status": "extracted",
    "test_id": "1366",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=70;column=Pressure",
    "status": "extracted",
    "test_id": "1366",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=70;column=Oxygen",
    "status": "extracted",
    "test_id": "1366",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=70;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1366",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.5 | 0.29",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=71;column=Fuel ",
    "status": "extracted",
    "test_id": "1367",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=71;column=Pressure",
    "status": "extracted",
    "test_id": "1367",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=71;column=Oxygen",
    "status": "extracted",
    "test_id": "1367",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=71;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1367",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.5 | 0.29",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=72;column=Fuel ",
    "status": "extracted",
    "test_id": "1368",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=72;column=Pressure",
    "status": "extracted",
    "test_id": "1368",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=72;column=Oxygen",
    "status": "extracted",
    "test_id": "1368",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=72;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1368",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.5 | 0.29",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=73;column=Fuel ",
    "status": "extracted",
    "test_id": "1369",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=73;column=Pressure",
    "status": "extracted",
    "test_id": "1369",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=73;column=Oxygen",
    "status": "extracted",
    "test_id": "1369",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=73;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1369",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.5 | 0.29",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=74;column=Fuel ",
    "status": "extracted",
    "test_id": "1373",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=74;column=Pressure",
    "status": "extracted",
    "test_id": "1373",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=74;column=Oxygen",
    "status": "extracted",
    "test_id": "1373",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=74;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1373",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.2 | 0.59",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=75;column=Fuel ",
    "status": "extracted",
    "test_id": "1374",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=75;column=Pressure",
    "status": "extracted",
    "test_id": "1374",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=75;column=Oxygen",
    "status": "extracted",
    "test_id": "1374",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=75;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1374",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.2 | 0.59",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=76;column=Fuel ",
    "status": "extracted",
    "test_id": "1383",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=76;column=Pressure",
    "status": "extracted",
    "test_id": "1383",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=76;column=Oxygen",
    "status": "extracted",
    "test_id": "1383",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=76;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1383",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.2 | 0.59",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=77;column=Fuel ",
    "status": "extracted",
    "test_id": "1384",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=77;column=Pressure",
    "status": "extracted",
    "test_id": "1384",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=77;column=Oxygen",
    "status": "extracted",
    "test_id": "1384",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=77;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1384",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.2 | 0.59",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=78;column=Fuel ",
    "status": "extracted",
    "test_id": "1386",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=78;column=Pressure",
    "status": "extracted",
    "test_id": "1386",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=78;column=Oxygen",
    "status": "extracted",
    "test_id": "1386",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=78;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1386",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.2 | 0.59",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=79;column=Fuel ",
    "status": "extracted",
    "test_id": "1387",
    "unit": "",
    "unit_original": "",
    "value": "[.60]/[.40] C12H26/iso-dodecane",
    "value_original": "[.60]/[.40] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=79;column=Pressure",
    "status": "extracted",
    "test_id": "1387",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=79;column=Oxygen",
    "status": "extracted",
    "test_id": "1387",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "non-zero: N2, He; header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=79;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1387",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.2 | 0.59",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=80;column=Fuel ",
    "status": "extracted",
    "test_id": "1285",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=80;column=Pressure",
    "status": "extracted",
    "test_id": "1285",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=80;column=Oxygen",
    "status": "extracted",
    "test_id": "1285",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=80;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1285",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=81;column=Fuel ",
    "status": "extracted",
    "test_id": "1286",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=81;column=Pressure",
    "status": "extracted",
    "test_id": "1286",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=81;column=Oxygen",
    "status": "extracted",
    "test_id": "1286",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=81;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1286",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=82;column=Fuel ",
    "status": "extracted",
    "test_id": "1287",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=82;column=Pressure",
    "status": "extracted",
    "test_id": "1287",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=82;column=Oxygen",
    "status": "extracted",
    "test_id": "1287",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=82;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1287",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=83;column=Fuel ",
    "status": "extracted",
    "test_id": "1288",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=83;column=Pressure",
    "status": "extracted",
    "test_id": "1288",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=83;column=Oxygen",
    "status": "extracted",
    "test_id": "1288",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=83;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1288",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=84;column=Fuel ",
    "status": "extracted",
    "test_id": "1289",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=84;column=Pressure",
    "status": "extracted",
    "test_id": "1289",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm ",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=84;column=Oxygen",
    "status": "extracted",
    "test_id": "1289",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=84;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1289",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.83 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=85;column=Fuel ",
    "status": "extracted",
    "test_id": "1295",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=85;column=Pressure",
    "status": "extracted",
    "test_id": "1295",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=85;column=Oxygen",
    "status": "extracted",
    "test_id": "1295",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=85;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1295",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=86;column=Fuel ",
    "status": "extracted",
    "test_id": "1296",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=86;column=Pressure",
    "status": "extracted",
    "test_id": "1296",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=86;column=Oxygen",
    "status": "extracted",
    "test_id": "1296",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=86;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1296",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "",
    "quote": "Fuel ",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=87;column=Fuel ",
    "status": "extracted",
    "test_id": "1297",
    "unit": "",
    "unit_original": "",
    "value": "[.75]/[.25] C12H26/iso-dodecane",
    "value_original": "[.75]/[.25] C12H26/iso-dodecane ",
    "variable": "fuel"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "atm x 101.325",
    "quote": "Pressure",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=87;column=Pressure",
    "status": "extracted",
    "test_id": "1297",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1 atm",
    "variable": "pressure"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit; Oxygen + Nitrogen + Helium = 1 in every row (read as ambient fractions)",
    "quote": "Oxygen",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=87;column=Oxygen",
    "status": "extracted",
    "test_id": "1297",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "table",
    "note": "header gives no unit",
    "quote": "Nitrogen | Helium",
    "source_file": "psi-data/PSI-39/Experimental table/PSI-39_Experimental table_CFI.csv",
    "source_location": "row=87;column=Nitrogen;column=Helium",
    "status": "extracted",
    "test_id": "1297",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence ambiguous (Rationale statement (Final Report section 3b); it implies, but does not state, that the CFI tests were burned in microgravity. 'onboard the ISS' is a platform, not a gravity statement.); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Rationale for microgravity remains the same for all the droplet combustion experiments conducted onboard the ISS.",
    "source_file": "psi-data/PSI-39/Reports/PSI-39_Reports_CFI Science Final Report.pdf",
    "source_location": "page=6",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence ambiguous (Hypothesis field: names microgravity as the intended condition, not as a reported condition of the tests.); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Flame combustion of liquid hydrocarbon fuels such as n-dodecane, n-dodecane/iso-dodecane mixtures, and faresane in microgravity can provide insights into low-temperature chemical kinetics, revealing critical parameters like droplet extinction diameters and flame dynamics that are not observable on Earth.",
    "source_file": "psi-data/PSI-39/_investigation/PSI-39.json",
    "source_location": "section=hypothesis",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence ambiguous (Pre-flight objective (SRD dated November 7, 2014, 'proposed experiments'); not a statement about the tests as run.); R3 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The overall goal of the proposed experiments is to improve our understanding of low temperature chemistry by studying the cool flame burning and, most importantly, cool flame extinction of droplet burning with spherical symmetry in a long-duration microgravity environment.",
    "source_file": "psi-data/PSI-39/Science Documents/PSI-39_Science Documents_SRD_CFI.pdf",
    "source_location": "page=30",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence direct; R4 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Flame combustion of liquid hydrocarbon fuels such as n-dodecane, n-dodecane/iso-dodecane mixtures, and faresane in microgravity can provide insights into low-temperature chemical kinetics, revealing critical parameters like droplet extinction diameters and flame dynamics that are not observable on Earth.",
    "source_file": "psi-data/PSI-39/_investigation/PSI-39.json",
    "source_location": "section=hypothesis",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "liquid",
    "value_original": "liquid",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence derived (A fuel droplet dispensed between hypodermic needles is a liquid; the sentence (post-flight procedure) does not name the phase.); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Subsequently, a droplet of desired size is dispensed between the hypodermic needles and freely deployed, and ignited.",
    "source_file": "psi-data/PSI-39/Reports/PSI-39_Reports_CFI Science Final Report.pdf",
    "source_location": "page=6",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "liquid",
    "value_original": "droplet",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence direct; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-39/_investigation/PSI-39.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence direct; R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "CFI experiments were conducted onboard the ISS from January 2017 through September 2017.",
    "source_file": "psi-data/PSI-39/Reports/PSI-39_Reports_CFI Science Final Report.pdf",
    "source_location": "page=4",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "ISS",
    "variable": "platform"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence direct; flags: SHARED_LINEAGE; R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Combustion Integrated Rack (CIR) contains the Multi-User Droplet Combustion Apparatus (MDCA) which facilitates the controlled combustion of fuel droplets.",
    "source_file": "psi-data/PSI-39/_investigation/PSI-39.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)",
    "value_original": "Combustion Integrated Rack (CIR)",
    "variable": "platform"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence direct; flags: SHARED_LINEAGE; R9 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Combustion Integrated Rack (CIR) contains the Multi-User Droplet Combustion Apparatus (MDCA) which facilitates the controlled combustion of fuel droplets.",
    "source_file": "psi-data/PSI-39/_investigation/PSI-39.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Multi-User Droplet Combustion Apparatus (MDCA)",
    "value_original": "Multi-User Droplet Combustion Apparatus (MDCA)",
    "variable": "platform"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence ambiguous (Pre-flight plan (SRD dated November 7, 2014, section 6.1, 'proposed CFI experiments'); the Final Report (2020) does not restate the flow configuration. 'q quiescent' and 'envrionment' are typos in the source, kept verbatim.); R10 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The proposed CFI experiments involve igniting and observing the burning behavior of relatively large droplets. The experiments seek to observe [...] cool flame extinction of primarily free-floated fuel droplets in q quiescent ambient envrionment.",
    "source_file": "psi-data/PSI-39/Science Documents/PSI-39_Science Documents_SRD_CFI.pdf",
    "source_location": "page=45",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "quiescent",
    "value_original": "quiescent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence ambiguous (Pre-flight requirement ('shall'), stated for the gas prior to ignition; the Final Report does not restate it.); R11 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Ambient Quiescience: gases shall be well-mixed and quiescent prior to ignition.",
    "source_file": "psi-data/PSI-39/Science Documents/PSI-39_Science Documents_SRD_CFI.pdf",
    "source_location": "page=38",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "quiescent",
    "value_original": "quiescent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence ambiguous (Sentence is in the SRD's FLEX hardware section (2.3.1) and describes MDCA capability; it applies to CFI only through the shared hardware (Final Report page 6: 'The experimental hardware is same as that of the FLEX experiments').); flags: SHARED_LINEAGE; R12 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The MDCA is capable of deploying both free and fiber-supported droplets in a quiescent microgravity environment.",
    "source_file": "psi-data/PSI-39/Science Documents/PSI-39_Science Documents_SRD_CFI.pdf",
    "source_location": "page=12",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "quiescent",
    "value_original": "quiescent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-39",
    "acronym": "CFI",
    "doi": "10.60555/m6pj-a914",
    "method": "document",
    "note": "confidence ambiguous (Pre-flight requirement band ('shall be', SRD dated November 7, 2014) for the initial chamber gas temperature; no as-run chamber temperature is reported in the Final Report or the record text. Unit written as 'C' without a degree sign. Same band appears in Table 1, page 35 ('initial gas temperature at 18 - 27 C').); flags: RANGE_NOT_POINT; range stated in the source; C + 273.15; R13 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Ambient temperature: initial chamber gas temperature shall be 18 − 27 C.",
    "source_file": "psi-data/PSI-39/Science Documents/PSI-39_Science Documents_SRD_CFI.pdf",
    "source_location": "page=38",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "K",
    "unit_original": "C",
    "value": "291.15..300.15",
    "value_original": "18 − 27 C",
    "variable": "ambient_temperature"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "per-fuel conditions summary, not a single test",
    "quote": "Sample (Fuel Type)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Sample (Fuel Type)",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "IsoOctane (pure)",
    "value_original": "IsoOctane (pure)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Initial Droplet Diameter (mm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Initial Droplet Diameter (mm)",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.5..5",
    "value_original": "1.5 - 5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "O2/N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "O2/He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "151.988",
    "value_original": "1.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "C + 273.15; per-fuel conditions summary, not a single test",
    "quote": " Ambient Temperature (C)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column= Ambient Temperature (C)",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "K",
    "unit_original": "C",
    "value": "298.15",
    "value_original": "25",
    "variable": "ambient_temperature"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Flow Velocity (cm/s)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=1;column=Flow Velocity (cm/s)",
    "status": "extracted",
    "test_id": "IsoOctane (pure)",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "0.1..5",
    "value_original": "0.1 - 5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "per-fuel conditions summary, not a single test",
    "quote": "Sample (Fuel Type)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Sample (Fuel Type)",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "n-Octane (pure)",
    "value_original": "n-Octane (pure)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Initial Droplet Diameter (mm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Initial Droplet Diameter (mm)",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.5..5",
    "value_original": "1.5 - 5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "O2/N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "O2/He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "151.988",
    "value_original": "1.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "C + 273.15; per-fuel conditions summary, not a single test",
    "quote": " Ambient Temperature (C)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column= Ambient Temperature (C)",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "K",
    "unit_original": "C",
    "value": "298.15",
    "value_original": "25",
    "variable": "ambient_temperature"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Flow Velocity (cm/s)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=2;column=Flow Velocity (cm/s)",
    "status": "extracted",
    "test_id": "n-Octane (pure)",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "0.1..5",
    "value_original": "0.1 - 5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "per-fuel conditions summary, not a single test",
    "quote": "Sample (Fuel Type)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Sample (Fuel Type)",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "Heptane (pure)",
    "value_original": "Heptane (pure)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Initial Droplet Diameter (mm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Initial Droplet Diameter (mm)",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.5..5",
    "value_original": "1.5 - 5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "O2/N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "O2/He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "151.988",
    "value_original": "1.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "C + 273.15; per-fuel conditions summary, not a single test",
    "quote": " Ambient Temperature (C)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column= Ambient Temperature (C)",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "K",
    "unit_original": "C",
    "value": "298.15",
    "value_original": "25",
    "variable": "ambient_temperature"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Flow Velocity (cm/s)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=3;column=Flow Velocity (cm/s)",
    "status": "extracted",
    "test_id": "Heptane (pure)",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "0.1..5",
    "value_original": "0.1 - 5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "per-fuel conditions summary, not a single test",
    "quote": "Sample (Fuel Type)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Sample (Fuel Type)",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "Decane (pure)",
    "value_original": "Decane (pure)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Initial Droplet Diameter (mm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Initial Droplet Diameter (mm)",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.5..5",
    "value_original": "1.5 - 5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "O2/N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "O2/He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "151.988",
    "value_original": "1.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "C + 273.15; per-fuel conditions summary, not a single test",
    "quote": " Ambient Temperature (C)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column= Ambient Temperature (C)",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "K",
    "unit_original": "C",
    "value": "298.15",
    "value_original": "25",
    "variable": "ambient_temperature"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Flow Velocity (cm/s)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=4;column=Flow Velocity (cm/s)",
    "status": "extracted",
    "test_id": "Decane (pure)",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "0.1..5",
    "value_original": "0.1 - 5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "per-fuel conditions summary, not a single test",
    "quote": "Sample (Fuel Type)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Sample (Fuel Type)",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "",
    "unit_original": "",
    "value": "Ethanol (pure)",
    "value_original": "Ethanol (pure)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Initial Droplet Diameter (mm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Initial Droplet Diameter (mm)",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.5..5",
    "value_original": "1.5 - 5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "O2/N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "O2/He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "151.988",
    "value_original": "1.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "C + 273.15; per-fuel conditions summary, not a single test",
    "quote": " Ambient Temperature (C)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column= Ambient Temperature (C)",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "K",
    "unit_original": "C",
    "value": "298.15",
    "value_original": "25",
    "variable": "ambient_temperature"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Flow Velocity (cm/s)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=5;column=Flow Velocity (cm/s)",
    "status": "extracted",
    "test_id": "Ethanol (pure)",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "0.1..5",
    "value_original": "0.1 - 5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "per-fuel conditions summary, not a single test",
    "quote": "Sample (Fuel Type)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Sample (Fuel Type)",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "",
    "unit_original": "",
    "value": "Propanol (95%) Glycerol (5%) (mixture)",
    "value_original": "Propanol (95%) Glycerol (5%) (mixture)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Initial Droplet Diameter (mm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Initial Droplet Diameter (mm)",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.5..5",
    "value_original": "1.5 - 5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "O2/N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "O2/He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "151.988",
    "value_original": "1.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "C + 273.15; per-fuel conditions summary, not a single test",
    "quote": " Ambient Temperature (C)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column= Ambient Temperature (C)",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "K",
    "unit_original": "C",
    "value": "298.15",
    "value_original": "25",
    "variable": "ambient_temperature"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Flow Velocity (cm/s)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=6;column=Flow Velocity (cm/s)",
    "status": "extracted",
    "test_id": "Propanol (95%) Glycerol (5%) (mixture)",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "0.1..5",
    "value_original": "0.1 - 5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "per-fuel conditions summary, not a single test",
    "quote": "Sample (Fuel Type)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Sample (Fuel Type)",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "",
    "unit_original": "",
    "value": "Heptane (50%) IsoOctane (50%) (mixture)",
    "value_original": "Heptane (50%) IsoOctane (50%) (mixture)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Initial Droplet Diameter (mm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Initial Droplet Diameter (mm)",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.5..5",
    "value_original": "1.5 - 5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "O2/N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "O2/He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "151.988",
    "value_original": "1.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "C + 273.15; per-fuel conditions summary, not a single test",
    "quote": " Ambient Temperature (C)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column= Ambient Temperature (C)",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "K",
    "unit_original": "C",
    "value": "298.15",
    "value_original": "25",
    "variable": "ambient_temperature"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Flow Velocity (cm/s)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=7;column=Flow Velocity (cm/s)",
    "status": "extracted",
    "test_id": "Heptane (50%) IsoOctane (50%) (mixture)",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "0.1..5",
    "value_original": "0.1 - 5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "per-fuel conditions summary, not a single test",
    "quote": "Sample (Fuel Type)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Sample (Fuel Type)",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "",
    "unit_original": "",
    "value": "Propanol (80%) Glycerol (20%) (mixture)",
    "value_original": "Propanol (80%) Glycerol (20%) (mixture)",
    "variable": "fuel"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Initial Droplet Diameter (mm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Initial Droplet Diameter (mm)",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.5..5",
    "value_original": "1.5 - 5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "O2/N2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the alternatives in the cell 'O2/N2 or O2/He'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Gas Mixture ",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Ambient Gas Mixture ",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "",
    "unit_original": "",
    "value": "He",
    "value_original": "O2/He",
    "variable": "diluent"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "one of the values listed in the cell '0.17; 0.21;0.25; 0.3'; per-fuel conditions summary, not a single test",
    "quote": "Oxygen Mole Fraction",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Oxygen Mole Fraction",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "1",
    "unit_original": "",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "50.6625",
    "value_original": "0.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "101.325",
    "value_original": "1.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; rounded to 6 significant digits; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "151.988",
    "value_original": "1.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "202.65",
    "value_original": "2.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "atm x 101.325; one of the values listed in the cell '0.5; 1.0; 1.5; 2.0; or 3.0'; per-fuel conditions summary, not a single test",
    "quote": "Ambient Pressure (atm)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Ambient Pressure (atm)",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "kPa",
    "unit_original": "atm",
    "value": "303.975",
    "value_original": "3.0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "C + 273.15; per-fuel conditions summary, not a single test",
    "quote": " Ambient Temperature (C)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column= Ambient Temperature (C)",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "K",
    "unit_original": "C",
    "value": "298.15",
    "value_original": "25",
    "variable": "ambient_temperature"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "table",
    "note": "range stated in one cell; per-fuel conditions summary, not a single test",
    "quote": "Flow Velocity (cm/s)",
    "source_file": "psi-data/PSI-68/Experimental table/PSI-68_Experimental table_Flex2.csv",
    "source_location": "row=8;column=Flow Velocity (cm/s)",
    "status": "extracted",
    "test_id": "Propanol (80%) Glycerol (20%) (mixture)",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "0.1..5",
    "value_original": "0.1 - 5",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "document",
    "note": "confidence direct (Step 4 of the list introduced by 'The overall investigation approach can be summarized as:' in the same field; it places the deployed test droplet in the microgravity environment. No g-level stated. Not used: section=projectType 'Microgravity Investigation' (category label) and the SRD 5.1.7 acceleration requirement (pages 39 and 44, a pre-flight requirement, not a reported condition).); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "4. Allow the droplet to stabilize in the microgravity environment.",
    "source_file": "psi-data/PSI-68/_investigation/PSI-68.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "document",
    "note": "confidence ambiguous (The sentence sits in the PSI 'hypothesis' field and gives the rationale for microgravity, so it is proposed as ambiguous (brief rule 3). The double space after 'processes,' and the run-on ending are as written in the record.); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "By conducting these experiments in a microgravity environment, the effects of buoyancy are minimized, and the droplet can be characterized only as a function of thermocapillary or solutalcapillary stresses allowing for a clear observation of the fundamental combustion processes,  The present FLEX-2 experiments using bi-component mixtures.",
    "source_file": "psi-data/PSI-68/_investigation/PSI-68.json",
    "source_location": "section=hypothesis",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "document",
    "note": "confidence ambiguous (Pre-flight requirement ('shall') in SRD 5.1.1 Test Fuels (printed page 33), dated March 15, 2010; 'all liquids' are the planned test fuels by context. Planned, not as-run: the PSI experimental table lists fuels the SRD does not.); R3 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Fuel purity: Purity levels shall be the highest purity level that is commercially available (research grade at 99.5% by volume at present) and all liquids shall be degassed and contain no H2O.",
    "source_file": "psi-data/PSI-68/Science Documents/PSI-68_Science Documents_FLEX-2 SRD Final.pdf",
    "source_location": "page=39",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "liquid",
    "value_original": "liquids",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "document",
    "note": "confidence ambiguous (Objective statement in the pre-flight SRD introduction (printed page 1), not a description of the tests run; '[...]' skips 'fundamental', hyphenated across a line break.); R4 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "While FLEX is focussed on spacecraft fire safety and fire suppression, FLEX-2 returns to the broader objective of improving the [...] understanding of liquid-fuel combustion.",
    "source_file": "psi-data/PSI-68/Science Documents/PSI-68_Science Documents_FLEX-2 SRD Final.pdf",
    "source_location": "page=7",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "liquid",
    "value_original": "liquid-fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "document",
    "note": "confidence derived (The sentence says 'droplets of fuel' but does not name the phase; liquid inferred from the droplet form.); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "FLEX-2 (The Flame Extinguishment - 2) experiment is the second experiment to fly on the ISS which uses small droplets of fuel to study the special spherical characteristics of burning fuel droplets in space.",
    "source_file": "psi-data/PSI-68/Science Documents/PSI-68_Science Documents_FLEX-2 DoD.docx",
    "source_location": "paragraph=1",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "liquid",
    "value_original": "droplets of fuel",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "document",
    "note": "confidence direct (PSI flight-program field (the whole field). Consistent with R7 (DoD) and with SRD page 29: 'The flight experiment utilizes the Multiple Droplet Combustion Apparatus (MDCA) installed in the Combustion Integrated Rack (CIR) in the International Space Station (ISS) to investigate several fundamental aspects of droplet combustion.'); R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-68/_investigation/PSI-68.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "document",
    "note": "confidence direct (Source writes only the acronym 'ISS'; value uses the full name written in section=flightProgram (R6). 'in space' in this sentence was not used for gravity_regime.); R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "FLEX-2 (The Flame Extinguishment - 2) experiment is the second experiment to fly on the ISS which uses small droplets of fuel to study the special spherical characteristics of burning fuel droplets in space.",
    "source_file": "psi-data/PSI-68/Science Documents/PSI-68_Science Documents_FLEX-2 DoD.docx",
    "source_location": "paragraph=1",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "ISS",
    "variable": "platform"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "document",
    "note": "confidence direct (The field lists two items; this record takes the first. Shared rack and rack diagnostics (CIR HiBMS cameras, CIR LLL-UV camera, LCTF; SRD pages 34-36): FLEX (SRD page 7; PSI-69 experimentHardware), CFI (PSI-39 experimentHardware) and the ACME investigations PSI-10, PSI-20, PSI-21, PSI-22, PSI-23, PSI-159 (experimentHardware lists the CIR). Not independent evidence at the hardware level.); flags: SHARED_LINEAGE; R8 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Combustion Integrated Rack (CIR), Multi-user Droplet Combustion Appartatus (MDCA)",
    "source_file": "psi-data/PSI-68/_investigation/PSI-68.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)",
    "value_original": "Combustion Integrated Rack (CIR)",
    "variable": "platform"
  },
  {
    "accession": "PSI-68",
    "acronym": "FLEX-2",
    "doi": "10.60555/byp8-h018",
    "method": "document",
    "note": "confidence direct (Second item of the field; 'Appartatus' as written (sic). Shared apparatus: FLEX (SRD page 7; PSI-69 experimentHardware 'Multi-user Droplet Combustion Appartatus (MDCA)') and CFI (PSI-39 experimentHardware 'Multi-User Droplet Combustion Apparatus (MDCA)'). Spellings differ across records (Multi-user/Multi-User/Multiple, Appartatus/Apparatus).); flags: SHARED_LINEAGE; R9 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Combustion Integrated Rack (CIR), Multi-user Droplet Combustion Appartatus (MDCA)",
    "source_file": "psi-data/PSI-68/_investigation/PSI-68.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Multi-user Droplet Combustion Appartatus (MDCA)",
    "value_original": "Multi-user Droplet Combustion Appartatus (MDCA)",
    "variable": "platform"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=1;column=Fuel",
    "status": "extracted",
    "test_id": "20CAL08",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=1;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "20CAL08",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.018",
    "value_original": "757.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=1;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "20CAL08",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=1;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "20CAL08",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=1;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "20CAL08",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.69",
    "value_original": "1.69",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=1;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "20CAL08",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.89",
    "value_original": "0.89",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=1;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "20CAL08",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.52",
    "value_original": "0.52",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=1;column=Burn time; s",
    "status": "extracted",
    "test_id": "20CAL08",
    "unit": "s",
    "unit_original": "s",
    "value": "4.3",
    "value_original": "4.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=1;column=Test end",
    "status": "extracted",
    "test_id": "20CAL08",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=2;column=Fuel",
    "status": "extracted",
    "test_id": "20CAL10",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=2;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "20CAL10",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.592",
    "value_original": "762",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=2;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "20CAL10",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=2;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "20CAL10",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=2;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "20CAL10",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.86",
    "value_original": "1.86",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=2;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "20CAL10",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.94",
    "value_original": "0.94",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=2;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "20CAL10",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.6",
    "value_original": "0.6",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=2;column=Burn time; s",
    "status": "extracted",
    "test_id": "20CAL10",
    "unit": "s",
    "unit_original": "s",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=2;column=Test end",
    "status": "extracted",
    "test_id": "20CAL10",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=3;column=Fuel",
    "status": "extracted",
    "test_id": "20CAL12",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=3;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "20CAL12",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.885",
    "value_original": "764.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=3;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "20CAL12",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=3;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "20CAL12",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=3;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "20CAL12",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.61",
    "value_original": "1.61",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=3;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "20CAL12",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.92",
    "value_original": "0.92",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=3;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "20CAL12",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.58",
    "value_original": "0.58",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=3;column=Burn time; s",
    "status": "extracted",
    "test_id": "20CAL12",
    "unit": "s",
    "unit_original": "s",
    "value": "3.2",
    "value_original": "3.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=3;column=Test end",
    "status": "extracted",
    "test_id": "20CAL12",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=4;column=Fuel",
    "status": "extracted",
    "test_id": "30CAL02",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=4;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "30CAL02",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.325",
    "value_original": "760",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=4;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "30CAL02",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=4;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "30CAL02",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=4;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "30CAL02",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.06",
    "value_original": "2.06",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=4;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "30CAL02",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.6",
    "value_original": "0.6",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=4;column=Burn time; s",
    "status": "extracted",
    "test_id": "30CAL02",
    "unit": "s",
    "unit_original": "s",
    "value": "7.64",
    "value_original": "7.64",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=4;column=Test end",
    "status": "extracted",
    "test_id": "30CAL02",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=5;column=Fuel",
    "status": "extracted",
    "test_id": "30CAL03",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=5;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "30CAL03",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.325",
    "value_original": "760",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=5;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "30CAL03",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=5;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "30CAL03",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=5;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "30CAL03",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.92",
    "value_original": "1.92",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=5;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "30CAL03",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.81",
    "value_original": "0.81",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=5;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "30CAL03",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.48",
    "value_original": "0.48",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=5;column=Burn time; s",
    "status": "extracted",
    "test_id": "30CAL03",
    "unit": "s",
    "unit_original": "s",
    "value": "6.34",
    "value_original": "6.34",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=5;column=Test end",
    "status": "extracted",
    "test_id": "30CAL03",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=6;column=Fuel",
    "status": "extracted",
    "test_id": "40CAL01",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=6;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "40CAL01",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.325",
    "value_original": "760",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=6;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "40CAL01",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=6;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "40CAL01",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=6;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "40CAL01",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.54",
    "value_original": "2.54",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=6;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "40CAL01",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.53",
    "value_original": "1.53",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=6;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "40CAL01",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=6;column=Burn time; s",
    "status": "extracted",
    "test_id": "40CAL01",
    "unit": "s",
    "unit_original": "s",
    "value": "9.6",
    "value_original": "9.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=6;column=Test end",
    "status": "extracted",
    "test_id": "40CAL01",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=7;column=Fuel",
    "status": "extracted",
    "test_id": "20CAL13",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=7;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "20CAL13",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.498",
    "value_original": "761.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=7;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "20CAL13",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=7;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "20CAL13",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=7;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "20CAL13",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.87",
    "value_original": "1.87",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=7;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "20CAL13",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.67",
    "value_original": "0.67",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=7;column=Burn time; s",
    "status": "extracted",
    "test_id": "20CAL13",
    "unit": "s",
    "unit_original": "s",
    "value": "5.3",
    "value_original": "5.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=7;column=Test end",
    "status": "extracted",
    "test_id": "20CAL13",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=8;column=Fuel",
    "status": "extracted",
    "test_id": "30CAL06",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=8;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "30CAL06",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.645",
    "value_original": "762.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=8;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "30CAL06",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=8;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "30CAL06",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=8;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "30CAL06",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.95",
    "value_original": "2.95",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=8;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "30CAL06",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.79",
    "value_original": "0.79",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=8;column=Burn time; s",
    "status": "extracted",
    "test_id": "30CAL06",
    "unit": "s",
    "unit_original": "s",
    "value": "14.8",
    "value_original": "14.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=8;column=Test end",
    "status": "extracted",
    "test_id": "30CAL06",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=9;column=Fuel",
    "status": "extracted",
    "test_id": "30CAL07",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=9;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "30CAL07",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.325",
    "value_original": "760",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=9;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "30CAL07",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=9;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "30CAL07",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=9;column=Test end",
    "status": "extracted",
    "test_id": "30CAL07",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=10;column=Fuel",
    "status": "extracted",
    "test_id": "256F002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=10;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "256F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "309.268",
    "value_original": "2319.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=10;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=10;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256F002",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.09 | 0.7 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=10;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "256F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.86",
    "value_original": "3.86",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=10;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "256F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.37",
    "value_original": "0.37",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=10;column=Burn time; s",
    "status": "extracted",
    "test_id": "256F002",
    "unit": "s",
    "unit_original": "s",
    "value": "13.6",
    "value_original": "13.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=10;column=Test end",
    "status": "extracted",
    "test_id": "256F002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=11;column=Fuel",
    "status": "extracted",
    "test_id": "256R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=11;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "256R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "309.148",
    "value_original": "2318.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=11;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=11;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256R001",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.09 | 0.7 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=11;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "256R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.03",
    "value_original": "3.03",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=11;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "256R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=11;column=Burn time; s",
    "status": "extracted",
    "test_id": "256R001",
    "unit": "s",
    "unit_original": "s",
    "value": "16.5",
    "value_original": "16.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=11;column=Test end",
    "status": "extracted",
    "test_id": "256R001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=12;column=Fuel",
    "status": "extracted",
    "test_id": "264F003",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=12;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "264F003",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "309.295",
    "value_original": "2319.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=12;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "264F003",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=12;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "264F003",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.09 | 0.7 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=12;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "264F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.74",
    "value_original": "2.74",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=12;column=Test end",
    "status": "extracted",
    "test_id": "264F003",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=13;column=Fuel",
    "status": "extracted",
    "test_id": "256R002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=13;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "256R002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "276.537",
    "value_original": "2074.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=13;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256R002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=13;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256R002",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.09 | 0.7 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=13;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "256R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.59",
    "value_original": "2.59",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=13;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "256R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.49",
    "value_original": "0.49",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=13;column=Burn time; s",
    "status": "extracted",
    "test_id": "256R002",
    "unit": "s",
    "unit_original": "s",
    "value": "10.8",
    "value_original": "10.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=13;column=Test end",
    "status": "extracted",
    "test_id": "256R002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=14;column=Fuel",
    "status": "extracted",
    "test_id": "256F007",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=14;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "256F007",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "274.057",
    "value_original": "2055.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=14;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256F007",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=14;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256F007",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.09 | 0.7 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=14;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "256F007",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.7",
    "value_original": "3.7",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=14;column=Burn time; s",
    "status": "extracted",
    "test_id": "256F007",
    "unit": "s",
    "unit_original": "s",
    "value": "11.3",
    "value_original": "11.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=14;column=Test end",
    "status": "extracted",
    "test_id": "256F007",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=15;column=Fuel",
    "status": "extracted",
    "test_id": "256F008",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=15;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "256F008",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "275.524",
    "value_original": "2066.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=15;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256F008",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=15;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256F008",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.09 | 0.7 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=15;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "256F008",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.42",
    "value_original": "4.42",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=15;column=Burn time; s",
    "status": "extracted",
    "test_id": "256F008",
    "unit": "s",
    "unit_original": "s",
    "value": "23.1",
    "value_original": "23.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=15;column=Test end",
    "status": "extracted",
    "test_id": "256F008",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=16;column=Fuel",
    "status": "extracted",
    "test_id": "256F009",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=16;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "256F009",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "276.257",
    "value_original": "2072.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=16;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256F009",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=16;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "256F009",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.09 | 0.7 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=16;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "256F009",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.66",
    "value_original": "1.66",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=16;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "256F009",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=16;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "256F009",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.53",
    "value_original": "0.53",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=16;column=Burn time; s",
    "status": "extracted",
    "test_id": "256F009",
    "unit": "s",
    "unit_original": "s",
    "value": "3.4",
    "value_original": "3.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=16;column=Test end",
    "status": "extracted",
    "test_id": "256F009",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=17;column=Fuel",
    "status": "extracted",
    "test_id": "240R003",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=17;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "240R003",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "206.076",
    "value_original": "1545.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=17;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "240R003",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=17;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "240R003",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.09 | 0.7 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=17;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "240R003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.67",
    "value_original": "2.67",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=17;column=Burn time; s",
    "status": "extracted",
    "test_id": "240R003",
    "unit": "s",
    "unit_original": "s",
    "value": "2.4",
    "value_original": "2.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=17;column=Test end",
    "status": "extracted",
    "test_id": "240R003",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=18;column=Fuel",
    "status": "extracted",
    "test_id": "248F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=18;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "248F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "207.156",
    "value_original": "1553.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=18;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "248F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=18;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "248F001",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.09 | 0.7 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=18;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "248F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.74",
    "value_original": "2.74",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=18;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "248F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.77",
    "value_original": "1.77",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=18;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "248F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.61",
    "value_original": "0.61",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=18;column=Burn time; s",
    "status": "extracted",
    "test_id": "248F001",
    "unit": "s",
    "unit_original": "s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=18;column=Test end",
    "status": "extracted",
    "test_id": "248F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=19;column=Fuel",
    "status": "extracted",
    "test_id": "196F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=19;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "196F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.8741",
    "value_original": "539.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=19;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "196F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=19;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "196F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.66 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=19;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "196F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.39",
    "value_original": "3.39",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=19;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "196F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.9",
    "value_original": "0.9",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=19;column=Burn time; s",
    "status": "extracted",
    "test_id": "196F001",
    "unit": "s",
    "unit_original": "s",
    "value": "4.2",
    "value_original": "4.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=19;column=Test end",
    "status": "extracted",
    "test_id": "196F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=20;column=Fuel",
    "status": "extracted",
    "test_id": "192F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=20;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "192F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.9274",
    "value_original": "539.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=20;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "192F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=20;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "192F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.66 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=20;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "192F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.4",
    "value_original": "3.4",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=20;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "192F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.56",
    "value_original": "1.56",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=20;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "192F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.53",
    "value_original": "0.53",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=20;column=Burn time; s",
    "status": "extracted",
    "test_id": "192F001",
    "unit": "s",
    "unit_original": "s",
    "value": "17.4",
    "value_original": "17.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=20;column=Test end",
    "status": "extracted",
    "test_id": "192F001",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=21;column=Fuel",
    "status": "extracted",
    "test_id": "192F002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=21;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "192F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "72.0741",
    "value_original": "540.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=21;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "192F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=21;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "192F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.66 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=21;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "192F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.49",
    "value_original": "3.49",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=21;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "192F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.95",
    "value_original": "0.95",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=21;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "192F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.66",
    "value_original": "0.66",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=21;column=Burn time; s",
    "status": "extracted",
    "test_id": "192F002",
    "unit": "s",
    "unit_original": "s",
    "value": "17.8",
    "value_original": "17.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=21;column=Test end",
    "status": "extracted",
    "test_id": "192F002",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=22;column=Fuel",
    "status": "extracted",
    "test_id": "192F003",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=22;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "192F003",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "72.0607",
    "value_original": "540.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=22;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "192F003",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=22;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "192F003",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.66 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=22;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "192F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.5",
    "value_original": "3.5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=22;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "192F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.65",
    "value_original": "0.65",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=22;column=Burn time; s",
    "status": "extracted",
    "test_id": "192F003",
    "unit": "s",
    "unit_original": "s",
    "value": "18.2",
    "value_original": "18.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=22;column=Test end",
    "status": "extracted",
    "test_id": "192F003",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=23;column=Fuel",
    "status": "extracted",
    "test_id": "196F002",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=23;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "196F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "72.2341",
    "value_original": "541.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=23;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "196F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=23;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "196F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.66 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=23;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "196F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.01",
    "value_original": "3.01",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=23;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "196F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.73",
    "value_original": "0.73",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=23;column=Burn time; s",
    "status": "extracted",
    "test_id": "196F002",
    "unit": "s",
    "unit_original": "s",
    "value": "13.1",
    "value_original": "13.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=23;column=Test end",
    "status": "extracted",
    "test_id": "196F002",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=24;column=Fuel",
    "status": "extracted",
    "test_id": "196F003",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=24;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "196F003",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "72.3674",
    "value_original": "542.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=24;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "196F003",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=24;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "196F003",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.66 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=24;column=Test end",
    "status": "extracted",
    "test_id": "196F003",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=25;column=Fuel",
    "status": "extracted",
    "test_id": "191R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=25;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "191R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.6341",
    "value_original": "537.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=25;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "191R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=25;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "191R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=25;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "191R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.6",
    "value_original": "2.6",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=25;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "191R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.59",
    "value_original": "0.59",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=25;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "191R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.65",
    "value_original": "0.65",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=25;column=Burn time; s",
    "status": "extracted",
    "test_id": "191R001",
    "unit": "s",
    "unit_original": "s",
    "value": "10.3",
    "value_original": "10.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=25;column=Test end",
    "status": "extracted",
    "test_id": "191R001",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=26;column=Fuel",
    "status": "extracted",
    "test_id": "191F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=26;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "191F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.7808",
    "value_original": "538.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=26;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "191F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=26;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "191F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=26;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "191F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.63",
    "value_original": "3.63",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=26;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "191F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=26;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "191F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.62",
    "value_original": "0.62",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=26;column=Burn time; s",
    "status": "extracted",
    "test_id": "191F001",
    "unit": "s",
    "unit_original": "s",
    "value": "22.2",
    "value_original": "22.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=26;column=Test end",
    "status": "extracted",
    "test_id": "191F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=27;column=Fuel",
    "status": "extracted",
    "test_id": "195F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=27;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "195F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "72.0874",
    "value_original": "540.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=27;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "195F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=27;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "195F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=27;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "195F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.87",
    "value_original": "3.87",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=27;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "195F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.64",
    "value_original": "0.64",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=27;column=Burn time; s",
    "status": "extracted",
    "test_id": "195F001",
    "unit": "s",
    "unit_original": "s",
    "value": "23.8",
    "value_original": "23.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=27;column=Test end",
    "status": "extracted",
    "test_id": "195F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=28;column=Fuel",
    "status": "extracted",
    "test_id": "195F002",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=28;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "195F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.9541",
    "value_original": "539.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=28;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "195F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=28;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "195F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=28;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "195F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.36",
    "value_original": "3.36",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=28;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "195F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.64",
    "value_original": "0.64",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=28;column=Burn time; s",
    "status": "extracted",
    "test_id": "195F002",
    "unit": "s",
    "unit_original": "s",
    "value": "17.3",
    "value_original": "17.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=28;column=Test end",
    "status": "extracted",
    "test_id": "195F002",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=29;column=Fuel",
    "status": "extracted",
    "test_id": "178R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=29;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "178R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.245",
    "value_original": "766.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=29;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "178R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=29;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "178R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=29;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "178R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.57",
    "value_original": "2.57",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=29;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "178R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.74",
    "value_original": "0.74",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=29;column=Burn time; s",
    "status": "extracted",
    "test_id": "178R001",
    "unit": "s",
    "unit_original": "s",
    "value": "10.4",
    "value_original": "10.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=29;column=Test end",
    "status": "extracted",
    "test_id": "178R001",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=30;column=Fuel",
    "status": "extracted",
    "test_id": "178F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=30;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "178F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.552",
    "value_original": "769.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=30;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "178F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=30;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "178F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=30;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "178F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.26",
    "value_original": "3.26",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=30;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "178F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.32",
    "value_original": "1.32",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=30;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "178F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.59",
    "value_original": "0.59",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=30;column=Burn time; s",
    "status": "extracted",
    "test_id": "178F001",
    "unit": "s",
    "unit_original": "s",
    "value": "15.6",
    "value_original": "15.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=30;column=Test end",
    "status": "extracted",
    "test_id": "178F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=31;column=Fuel",
    "status": "extracted",
    "test_id": "182F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=31;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "182F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.725",
    "value_original": "770.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=31;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "182F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=31;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "182F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=31;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "182F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.39",
    "value_original": "3.39",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=31;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "182F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=31;column=Burn time; s",
    "status": "extracted",
    "test_id": "182F001",
    "unit": "s",
    "unit_original": "s",
    "value": "18.4",
    "value_original": "18.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=31;column=Test end",
    "status": "extracted",
    "test_id": "182F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=32;column=Fuel",
    "status": "extracted",
    "test_id": "182F002",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=32;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "182F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.792",
    "value_original": "771",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=32;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "182F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=32;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "182F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=32;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "182F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.07",
    "value_original": "3.07",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=32;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "182F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.68",
    "value_original": "0.68",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=32;column=Burn time; s",
    "status": "extracted",
    "test_id": "182F002",
    "unit": "s",
    "unit_original": "s",
    "value": "14",
    "value_original": "14",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=32;column=Test end",
    "status": "extracted",
    "test_id": "182F002",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=33;column=Fuel",
    "status": "extracted",
    "test_id": "177R002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=33;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "177R002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.925",
    "value_original": "764.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=33;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "177R002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=33;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "177R002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=33;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "177R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.62",
    "value_original": "2.62",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=33;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "177R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.25",
    "value_original": "1.25",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=33;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "177R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.48",
    "value_original": "0.48",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=33;column=Burn time; s",
    "status": "extracted",
    "test_id": "177R002",
    "unit": "s",
    "unit_original": "s",
    "value": "11.4",
    "value_original": "11.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=33;column=Test end",
    "status": "extracted",
    "test_id": "177R002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=34;column=Fuel",
    "status": "extracted",
    "test_id": "177F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=34;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "177F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.352",
    "value_original": "767.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=34;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "177F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=34;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "177F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=34;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "177F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.89",
    "value_original": "3.89",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=34;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "177F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2",
    "value_original": "2",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=34;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "177F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.44",
    "value_original": "0.44",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=34;column=Burn time; s",
    "status": "extracted",
    "test_id": "177F001",
    "unit": "s",
    "unit_original": "s",
    "value": "27.3",
    "value_original": "27.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=34;column=Test end",
    "status": "extracted",
    "test_id": "177F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=35;column=Fuel",
    "status": "extracted",
    "test_id": "181F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=35;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "181F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.405",
    "value_original": "768.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=35;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "181F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=35;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "181F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=35;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "181F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.85",
    "value_original": "3.85",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=35;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "181F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.34",
    "value_original": "3.34",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=35;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "181F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.43",
    "value_original": "0.43",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=35;column=Burn time; s",
    "status": "extracted",
    "test_id": "181F001",
    "unit": "s",
    "unit_original": "s",
    "value": "8.9",
    "value_original": "8.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=35;column=Test end",
    "status": "extracted",
    "test_id": "181F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=36;column=Fuel",
    "status": "extracted",
    "test_id": "190R002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=36;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "190R002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.8608",
    "value_original": "539",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=36;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "190R002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=36;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "190R002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.8 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=36;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "190R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.4",
    "value_original": "2.4",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=36;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "190R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.67",
    "value_original": "1.67",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=36;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "190R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.45",
    "value_original": "0.45",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=36;column=Burn time; s",
    "status": "extracted",
    "test_id": "190R002",
    "unit": "s",
    "unit_original": "s",
    "value": "7.1",
    "value_original": "7.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=36;column=Test end",
    "status": "extracted",
    "test_id": "190R002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=37;column=Fuel",
    "status": "extracted",
    "test_id": "220R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=37;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "220R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2341",
    "value_original": "534.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=37;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "220R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=37;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "220R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.66 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=37;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "220R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.31",
    "value_original": "3.31",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=37;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "220R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.72",
    "value_original": "0.72",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=37;column=Burn time; s",
    "status": "extracted",
    "test_id": "220R001",
    "unit": "s",
    "unit_original": "s",
    "value": "10.7",
    "value_original": "10.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=37;column=Test end",
    "status": "extracted",
    "test_id": "220R001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=38;column=Fuel",
    "status": "extracted",
    "test_id": "220R002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=38;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "220R002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2475",
    "value_original": "534.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=38;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "220R002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=38;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "220R002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.66 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=38;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "220R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.59",
    "value_original": "3.59",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=38;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "220R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.71",
    "value_original": "0.71",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=38;column=Burn time; s",
    "status": "extracted",
    "test_id": "220R002",
    "unit": "s",
    "unit_original": "s",
    "value": "15.3",
    "value_original": "15.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=38;column=Test end",
    "status": "extracted",
    "test_id": "220R002",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=39;column=Fuel",
    "status": "extracted",
    "test_id": "224F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=39;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "224F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.3141",
    "value_original": "534.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=39;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "224F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=39;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "224F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.66 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=39;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "224F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.91",
    "value_original": "2.91",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=39;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "224F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=39;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "224F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.8",
    "value_original": "0.8",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=39;column=Burn time; s",
    "status": "extracted",
    "test_id": "224F001",
    "unit": "s",
    "unit_original": "s",
    "value": "9.9",
    "value_original": "9.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=39;column=Test end",
    "status": "extracted",
    "test_id": "224F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=40;column=Fuel",
    "status": "extracted",
    "test_id": "219R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=40;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "219R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.3408",
    "value_original": "535.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=40;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "219R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=40;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "219R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=40;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "219R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.77",
    "value_original": "3.77",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=40;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "219R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.62",
    "value_original": "0.62",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=40;column=Burn time; s",
    "status": "extracted",
    "test_id": "219R001",
    "unit": "s",
    "unit_original": "s",
    "value": "19.2",
    "value_original": "19.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=40;column=Test end",
    "status": "extracted",
    "test_id": "219R001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=41;column=Fuel",
    "status": "extracted",
    "test_id": "219F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=41;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "219F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2341",
    "value_original": "534.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=41;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "219F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=41;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "219F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=41;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "219F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.35",
    "value_original": "3.35",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=41;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "219F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.65",
    "value_original": "0.65",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=41;column=Burn time; s",
    "status": "extracted",
    "test_id": "219F001",
    "unit": "s",
    "unit_original": "s",
    "value": "14.1",
    "value_original": "14.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=41;column=Test end",
    "status": "extracted",
    "test_id": "219F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=42;column=Fuel",
    "status": "extracted",
    "test_id": "223F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=42;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "223F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.3275",
    "value_original": "535",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=42;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "223F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=42;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "223F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=42;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "223F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.92",
    "value_original": "2.92",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=42;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "223F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.58",
    "value_original": "0.58",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=42;column=Burn time; s",
    "status": "extracted",
    "test_id": "223F001",
    "unit": "s",
    "unit_original": "s",
    "value": "11.3",
    "value_original": "11.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=42;column=Test end",
    "status": "extracted",
    "test_id": "223F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=43;column=Fuel",
    "status": "extracted",
    "test_id": "223F002",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=43;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "223F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.3141",
    "value_original": "534.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=43;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "223F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=43;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "223F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=43;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "223F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.97",
    "value_original": "2.97",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=43;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "223F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=43;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "223F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.78",
    "value_original": "0.78",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=43;column=Burn time; s",
    "status": "extracted",
    "test_id": "223F002",
    "unit": "s",
    "unit_original": "s",
    "value": "11.4",
    "value_original": "11.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=43;column=Test end",
    "status": "extracted",
    "test_id": "223F002",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=44;column=Fuel",
    "status": "extracted",
    "test_id": "206F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=44;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "206F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.232",
    "value_original": "766.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=44;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "206F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=44;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "206F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=44;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "206F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.49",
    "value_original": "3.49",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=44;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "206F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.63",
    "value_original": "0.63",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=44;column=Burn time; s",
    "status": "extracted",
    "test_id": "206F001",
    "unit": "s",
    "unit_original": "s",
    "value": "16.6",
    "value_original": "16.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=44;column=Test end",
    "status": "extracted",
    "test_id": "206F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=45;column=Fuel",
    "status": "extracted",
    "test_id": "206R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=45;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "206R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.432",
    "value_original": "768.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=45;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "206R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=45;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "206R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=45;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "206R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.42",
    "value_original": "2.42",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=45;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "206R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.01",
    "value_original": "1.01",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=45;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "206R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.73",
    "value_original": "0.73",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=45;column=Burn time; s",
    "status": "extracted",
    "test_id": "206R001",
    "unit": "s",
    "unit_original": "s",
    "value": "6.6",
    "value_original": "6.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=45;column=Test end",
    "status": "extracted",
    "test_id": "206R001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=46;column=Fuel",
    "status": "extracted",
    "test_id": "205R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=46;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "205R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.592",
    "value_original": "769.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=46;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "205R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=46;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "205R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=46;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "205R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.78",
    "value_original": "2.78",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=46;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "205R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.08",
    "value_original": "1.08",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=46;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "205R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.54",
    "value_original": "0.54",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=46;column=Burn time; s",
    "status": "extracted",
    "test_id": "205R001",
    "unit": "s",
    "unit_original": "s",
    "value": "13.1",
    "value_original": "13.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=46;column=Test end",
    "status": "extracted",
    "test_id": "205R001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=47;column=Fuel",
    "status": "extracted",
    "test_id": "209F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=47;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "209F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.672",
    "value_original": "770.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=47;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "209F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=47;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "209F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=47;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "209F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.36",
    "value_original": "3.36",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=47;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "209F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=47;column=Burn time; s",
    "status": "extracted",
    "test_id": "209F001",
    "unit": "s",
    "unit_original": "s",
    "value": "17.1",
    "value_original": "17.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=47;column=Test end",
    "status": "extracted",
    "test_id": "209F001",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=48;column=Fuel",
    "status": "extracted",
    "test_id": "205F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=48;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "205F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.485",
    "value_original": "768.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=48;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "205F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=48;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "205F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=48;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "205F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.66",
    "value_original": "3.66",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=48;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "205F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.27",
    "value_original": "0.27",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=48;column=Burn time; s",
    "status": "extracted",
    "test_id": "205F001",
    "unit": "s",
    "unit_original": "s",
    "value": "23.5",
    "value_original": "23.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=48;column=Test end",
    "status": "extracted",
    "test_id": "205F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=49;column=Fuel",
    "status": "extracted",
    "test_id": "209F003",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=49;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "209F003",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.978",
    "value_original": "764.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=49;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "209F003",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=49;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "209F003",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=49;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "209F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.46",
    "value_original": "3.46",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=49;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "209F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.78",
    "value_original": "2.78",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=49;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "209F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.59",
    "value_original": "0.59",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=49;column=Burn time; s",
    "status": "extracted",
    "test_id": "209F003",
    "unit": "s",
    "unit_original": "s",
    "value": "8.6",
    "value_original": "8.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=49;column=Test end",
    "status": "extracted",
    "test_id": "209F003",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=50;column=Fuel",
    "status": "extracted",
    "test_id": "209F004",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=50;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "209F004",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.672",
    "value_original": "770.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=50;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "209F004",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=50;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "209F004",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=50;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "209F004",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.57",
    "value_original": "3.57",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=50;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "209F004",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.98",
    "value_original": "2.98",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=50;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "209F004",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.52",
    "value_original": "0.52",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=50;column=Burn time; s",
    "status": "extracted",
    "test_id": "209F004",
    "unit": "s",
    "unit_original": "s",
    "value": "8.4",
    "value_original": "8.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=50;column=Test end",
    "status": "extracted",
    "test_id": "209F004",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=51;column=Fuel",
    "status": "extracted",
    "test_id": "209F005",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=51;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "209F005",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.845",
    "value_original": "771.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=51;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "209F005",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=51;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "209F005",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=51;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "209F005",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.41",
    "value_original": "2.41",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=51;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "209F005",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=51;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "209F005",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.65",
    "value_original": "0.65",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=51;column=Burn time; s",
    "status": "extracted",
    "test_id": "209F005",
    "unit": "s",
    "unit_original": "s",
    "value": "8.2",
    "value_original": "8.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=51;column=Test end",
    "status": "extracted",
    "test_id": "209F005",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=52;column=Fuel",
    "status": "extracted",
    "test_id": "210F002",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=52;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "210F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.805",
    "value_original": "771.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=52;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "210F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=52;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "210F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.7 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=52;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "210F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.53",
    "value_original": "3.53",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=52;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "210F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=52;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "210F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.7",
    "value_original": "0.7",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=52;column=Burn time; s",
    "status": "extracted",
    "test_id": "210F002",
    "unit": "s",
    "unit_original": "s",
    "value": "18.3",
    "value_original": "18.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=52;column=Test end",
    "status": "extracted",
    "test_id": "210F002",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=53;column=Fuel",
    "status": "extracted",
    "test_id": "209F002",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=53;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "209F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.685",
    "value_original": "770.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=53;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "209F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=53;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "209F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=53;column=Burn time; s",
    "status": "extracted",
    "test_id": "209F002",
    "unit": "s",
    "unit_original": "s",
    "value": "18.5",
    "value_original": "18.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=53;column=Test end",
    "status": "extracted",
    "test_id": "209F002",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=54;column=Fuel",
    "status": "extracted",
    "test_id": "190F003",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=54;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "190F003",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "72.1807",
    "value_original": "541.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=54;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "190F003",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=54;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "190F003",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.8 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=54;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "190F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.56",
    "value_original": "3.56",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=54;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "190F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.41",
    "value_original": "0.41",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=54;column=Burn time; s",
    "status": "extracted",
    "test_id": "190F003",
    "unit": "s",
    "unit_original": "s",
    "value": "29",
    "value_original": "29",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=54;column=Test end",
    "status": "extracted",
    "test_id": "190F003",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=55;column=Fuel",
    "status": "extracted",
    "test_id": "218F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=55;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "218F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "72.3407",
    "value_original": "542.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=55;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "218F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=55;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "218F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.8 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=55;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "218F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.37",
    "value_original": "3.37",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=55;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "218F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.39",
    "value_original": "2.39",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=55;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "218F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.46",
    "value_original": "0.46",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=55;column=Burn time; s",
    "status": "extracted",
    "test_id": "218F001",
    "unit": "s",
    "unit_original": "s",
    "value": "20.5",
    "value_original": "20.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=55;column=Test end",
    "status": "extracted",
    "test_id": "218F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=56;column=Fuel",
    "status": "extracted",
    "test_id": "194F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=56;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "194F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "72.5407",
    "value_original": "544.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=56;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "194F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=56;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "194F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=56;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "194F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.56",
    "value_original": "3.56",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=56;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "194F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.04",
    "value_original": "3.04",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=56;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "194F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.44",
    "value_original": "0.44",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=56;column=Burn time; s",
    "status": "extracted",
    "test_id": "194F001",
    "unit": "s",
    "unit_original": "s",
    "value": "7.9",
    "value_original": "7.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=56;column=Test end",
    "status": "extracted",
    "test_id": "194F001",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=57;column=Fuel",
    "status": "extracted",
    "test_id": "303F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=57;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "303F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "72.5807",
    "value_original": "544.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=57;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "303F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=57;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "303F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=57;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "303F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.1",
    "value_original": "3.1",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=57;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "303F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.49",
    "value_original": "2.49",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=57;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "303F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.54",
    "value_original": "0.54",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=57;column=Burn time; s",
    "status": "extracted",
    "test_id": "303F001",
    "unit": "s",
    "unit_original": "s",
    "value": "6.8",
    "value_original": "6.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=57;column=Test end",
    "status": "extracted",
    "test_id": "303F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=58;column=Fuel",
    "status": "extracted",
    "test_id": "176F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=58;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "176F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "103.098",
    "value_original": "773.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=58;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "176F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=58;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "176F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.82 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=58;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "176F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.69",
    "value_original": "3.69",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=58;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "176F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.42",
    "value_original": "0.42",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=58;column=Burn time; s",
    "status": "extracted",
    "test_id": "176F001",
    "unit": "s",
    "unit_original": "s",
    "value": "29.1",
    "value_original": "29.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=58;column=Test end",
    "status": "extracted",
    "test_id": "176F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=59;column=Fuel",
    "status": "extracted",
    "test_id": "176R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=59;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "176R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.552",
    "value_original": "769.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=59;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "176R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=59;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "176R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.82 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=59;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "176R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.93",
    "value_original": "2.93",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=59;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "176R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.39",
    "value_original": "1.39",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=59;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "176R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.43",
    "value_original": "0.43",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=59;column=Burn time; s",
    "status": "extracted",
    "test_id": "176R001",
    "unit": "s",
    "unit_original": "s",
    "value": "17.7",
    "value_original": "17.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=59;column=Test end",
    "status": "extracted",
    "test_id": "176R001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=60;column=Fuel",
    "status": "extracted",
    "test_id": "204F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=60;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "204F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "103.152",
    "value_original": "773.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=60;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "204F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=60;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "204F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.82 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=60;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "204F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.43",
    "value_original": "3.43",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=60;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "204F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.45",
    "value_original": "0.45",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=60;column=Burn time; s",
    "status": "extracted",
    "test_id": "204F001",
    "unit": "s",
    "unit_original": "s",
    "value": "23.2",
    "value_original": "23.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=60;column=Test end",
    "status": "extracted",
    "test_id": "204F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=61;column=Fuel",
    "status": "extracted",
    "test_id": "204R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=61;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "204R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "103.205",
    "value_original": "774.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=61;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "204R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=61;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "204R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.82 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=61;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "204R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.68",
    "value_original": "3.68",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=61;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "204R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2",
    "value_original": "2",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=61;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "204R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.41",
    "value_original": "0.41",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=61;column=Burn time; s",
    "status": "extracted",
    "test_id": "204R001",
    "unit": "s",
    "unit_original": "s",
    "value": "25.7",
    "value_original": "25.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=61;column=Test end",
    "status": "extracted",
    "test_id": "204R001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=62;column=Fuel",
    "status": "extracted",
    "test_id": "301F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=62;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "301F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.565",
    "value_original": "761.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=62;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "301F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=62;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "301F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.82 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=62;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "301F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.43",
    "value_original": "3.43",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=62;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "301F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.17",
    "value_original": "3.17",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=62;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "301F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.39",
    "value_original": "0.39",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=62;column=Burn time; s",
    "status": "extracted",
    "test_id": "301F001",
    "unit": "s",
    "unit_original": "s",
    "value": "4.8",
    "value_original": "4.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=62;column=Test end",
    "status": "extracted",
    "test_id": "301F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=63;column=Fuel",
    "status": "extracted",
    "test_id": "301F002",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=63;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "301F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.338",
    "value_original": "767.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=63;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "301F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=63;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "301F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.81 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=63;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "301F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.15",
    "value_original": "2.15",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=63;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "301F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=63;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "301F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=63;column=Burn time; s",
    "status": "extracted",
    "test_id": "301F002",
    "unit": "s",
    "unit_original": "s",
    "value": "9.6",
    "value_original": "9.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=63;column=Test end",
    "status": "extracted",
    "test_id": "301F002",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=64;column=Fuel",
    "status": "extracted",
    "test_id": "302F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=64;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "302F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.938",
    "value_original": "764.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=64;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "302F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=64;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "302F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.81 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=64;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "302F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.69",
    "value_original": "2.69",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=64;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "302F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.07",
    "value_original": "2.07",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=64;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "302F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.6",
    "value_original": "0.6",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=64;column=Burn time; s",
    "status": "extracted",
    "test_id": "302F001",
    "unit": "s",
    "unit_original": "s",
    "value": "5.5",
    "value_original": "5.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=64;column=Test end",
    "status": "extracted",
    "test_id": "302F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=65;column=Fuel",
    "status": "extracted",
    "test_id": "189R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=65;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "189R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.112",
    "value_original": "765.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=65;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "189R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=65;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "189R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.85 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=65;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "189R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.37",
    "value_original": "3.37",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=65;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "189R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=65;column=Burn time; s",
    "status": "extracted",
    "test_id": "189R001",
    "unit": "s",
    "unit_original": "s",
    "value": "24.3",
    "value_original": "24.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=65;column=Test end",
    "status": "extracted",
    "test_id": "189R001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=66;column=Fuel",
    "status": "extracted",
    "test_id": "189F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=66;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "189F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.232",
    "value_original": "766.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=66;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "189F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=66;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "189F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.85 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=66;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "189F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.52",
    "value_original": "2.52",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=66;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "189F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.32",
    "value_original": "1.32",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=66;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "189F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.38",
    "value_original": "0.38",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=66;column=Burn time; s",
    "status": "extracted",
    "test_id": "189F001",
    "unit": "s",
    "unit_original": "s",
    "value": "12.9",
    "value_original": "12.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=66;column=Test end",
    "status": "extracted",
    "test_id": "189F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=67;column=Fuel",
    "status": "extracted",
    "test_id": "189F002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=67;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "189F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.352",
    "value_original": "767.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=67;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "189F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=67;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "189F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.85 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=67;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "189F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.97",
    "value_original": "3.97",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=67;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "189F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.3",
    "value_original": "3.3",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=67;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "189F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.36",
    "value_original": "0.36",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=67;column=Burn time; s",
    "status": "extracted",
    "test_id": "189F002",
    "unit": "s",
    "unit_original": "s",
    "value": "14.4",
    "value_original": "14.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=67;column=Test end",
    "status": "extracted",
    "test_id": "189F002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=68;column=Fuel",
    "status": "extracted",
    "test_id": "189R003",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=68;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "189R003",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.498",
    "value_original": "768.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=68;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "189R003",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=68;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "189R003",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.84 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=68;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "189R003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.38",
    "value_original": "2.38",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=68;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "189R003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.29",
    "value_original": "1.29",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=68;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "189R003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.39",
    "value_original": "0.39",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=68;column=Burn time; s",
    "status": "extracted",
    "test_id": "189R003",
    "unit": "s",
    "unit_original": "s",
    "value": "10.7",
    "value_original": "10.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=68;column=Test end",
    "status": "extracted",
    "test_id": "189R003",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=69;column=Fuel",
    "status": "extracted",
    "test_id": "193R002",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=69;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "193R002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.272",
    "value_original": "767.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md); fractions of this row do not sum to 1",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=69;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "193R002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=69;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "193R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.1",
    "value_original": "1.1",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=69;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "193R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=69;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "193R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.94",
    "value_original": "0.94",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=69;column=Burn time; s",
    "status": "extracted",
    "test_id": "193R002",
    "unit": "s",
    "unit_original": "s",
    "value": "1.3",
    "value_original": "1.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=69;column=Test end",
    "status": "extracted",
    "test_id": "193R002",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=70;column=Fuel",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #70)",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=70;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #70)",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.458",
    "value_original": "761",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=70;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #70)",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=70;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #70)",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.84 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=70;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #70)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.67",
    "value_original": "4.67",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=70;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #70)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.6",
    "value_original": "4.6",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=70;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "193F001 (FLEX Test #70)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.41",
    "value_original": "0.41",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=70;column=Burn time; s",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #70)",
    "unit": "s",
    "unit_original": "s",
    "value": "1.6",
    "value_original": "1.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=70;column=Test end",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #70)",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=71;column=Fuel",
    "status": "extracted",
    "test_id": "189R002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=71;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "189R002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.432",
    "value_original": "768.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=71;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "189R002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=71;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "189R002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.84 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=71;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "189R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.25",
    "value_original": "2.25",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=71;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "189R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=71;column=Burn time; s",
    "status": "extracted",
    "test_id": "189R002",
    "unit": "s",
    "unit_original": "s",
    "value": "8.4",
    "value_original": "8.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=71;column=Test end",
    "status": "extracted",
    "test_id": "189R002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=72;column=Fuel",
    "status": "extracted",
    "test_id": "193R001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=72;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "193R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.018",
    "value_original": "765.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=72;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "193R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=72;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "193R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.84 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=72;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "193R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.13",
    "value_original": "1.13",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=72;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "193R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.52",
    "value_original": "0.52",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=72;column=Burn time; s",
    "status": "extracted",
    "test_id": "193R001",
    "unit": "s",
    "unit_original": "s",
    "value": "2.5",
    "value_original": "2.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=72;column=Test end",
    "status": "extracted",
    "test_id": "193R001",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=73;column=Fuel",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #73)",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=73;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #73)",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.458",
    "value_original": "761",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=73;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #73)",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=73;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #73)",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.84 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=73;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #73)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.64",
    "value_original": "4.64",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=73;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #73)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.58",
    "value_original": "4.58",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=73;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "193F001 (FLEX Test #73)",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.56",
    "value_original": "0.56",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=73;column=Burn time; s",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #73)",
    "unit": "s",
    "unit_original": "s",
    "value": "1.5",
    "value_original": "1.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=73;column=Test end",
    "status": "extracted",
    "test_id": "193F001 (FLEX Test #73)",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=74;column=Fuel",
    "status": "extracted",
    "test_id": "221F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=74;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "221F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.112",
    "value_original": "765.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=74;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "221F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=74;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "221F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.84 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=74;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "221F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.33",
    "value_original": "1.33",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=74;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "221F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.77",
    "value_original": "0.77",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=74;column=Burn time; s",
    "status": "extracted",
    "test_id": "221F001",
    "unit": "s",
    "unit_original": "s",
    "value": "2.3",
    "value_original": "2.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=74;column=Test end",
    "status": "extracted",
    "test_id": "221F001",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=75;column=Fuel",
    "status": "extracted",
    "test_id": "203R002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=75;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "203R002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.765",
    "value_original": "770.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md); fractions of this row do not sum to 1",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=75;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "203R002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.13",
    "value_original": "0.13",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=75;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "203R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.54",
    "value_original": "2.54",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=75;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "203R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.78",
    "value_original": "1.78",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=75;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "203R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.37",
    "value_original": "0.37",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=75;column=Burn time; s",
    "status": "extracted",
    "test_id": "203R002",
    "unit": "s",
    "unit_original": "s",
    "value": "9.1",
    "value_original": "9.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=75;column=Test end",
    "status": "extracted",
    "test_id": "203R002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=76;column=Fuel",
    "status": "extracted",
    "test_id": "203F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=76;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "203F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.592",
    "value_original": "769.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md); fractions of this row do not sum to 1",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=76;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "203F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.13",
    "value_original": "0.13",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=76;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "203F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.21",
    "value_original": "3.21",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=76;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "203F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.78",
    "value_original": "2.78",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=76;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "203F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.37",
    "value_original": "0.37",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=76;column=Burn time; s",
    "status": "extracted",
    "test_id": "203F001",
    "unit": "s",
    "unit_original": "s",
    "value": "8.9",
    "value_original": "8.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=76;column=Test end",
    "status": "extracted",
    "test_id": "203F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=77;column=Fuel",
    "status": "extracted",
    "test_id": "175R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=77;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "175R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.445",
    "value_original": "768.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=77;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "175R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=77;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "175R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.85 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=77;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "175R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.33",
    "value_original": "3.33",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=77;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "175R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.91",
    "value_original": "2.91",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=77;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "175R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=77;column=Burn time; s",
    "status": "extracted",
    "test_id": "175R001",
    "unit": "s",
    "unit_original": "s",
    "value": "8.5",
    "value_original": "8.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=77;column=Test end",
    "status": "extracted",
    "test_id": "175R001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=78;column=Fuel",
    "status": "extracted",
    "test_id": "175F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=78;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "175F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.125",
    "value_original": "766",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=78;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "175F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=78;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "175F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.85 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=78;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "175F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.66",
    "value_original": "2.66",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=78;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "175F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.66",
    "value_original": "1.66",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=78;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "175F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=78;column=Burn time; s",
    "status": "extracted",
    "test_id": "175F001",
    "unit": "s",
    "unit_original": "s",
    "value": "12.9",
    "value_original": "12.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=78;column=Test end",
    "status": "extracted",
    "test_id": "175F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=79;column=Fuel",
    "status": "extracted",
    "test_id": "179F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=79;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "179F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.405",
    "value_original": "768.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md); fractions of this row do not sum to 1",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=79;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "179F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.13",
    "value_original": "0.13",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=79;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "179F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.92",
    "value_original": "2.92",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=79;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "179F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.86",
    "value_original": "2.86",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=79;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "179F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=79;column=Burn time; s",
    "status": "extracted",
    "test_id": "179F001",
    "unit": "s",
    "unit_original": "s",
    "value": "1.5",
    "value_original": "1.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=79;column=Test end",
    "status": "extracted",
    "test_id": "179F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=80;column=Fuel",
    "status": "extracted",
    "test_id": "207F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=80;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "207F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.658",
    "value_original": "770",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md); fractions of this row do not sum to 1",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=80;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "207F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.13",
    "value_original": "0.13",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=80;column=Burn time; s",
    "status": "extracted",
    "test_id": "207F001",
    "unit": "s",
    "unit_original": "s",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=80;column=Test end",
    "status": "extracted",
    "test_id": "207F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=81;column=Fuel",
    "status": "extracted",
    "test_id": "207F002",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=81;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "207F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.685",
    "value_original": "770.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md); fractions of this row do not sum to 1",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=81;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "207F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.13",
    "value_original": "0.13",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=81;column=Burn time; s",
    "status": "extracted",
    "test_id": "207F002",
    "unit": "s",
    "unit_original": "s",
    "value": "1.5",
    "value_original": "1.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=81;column=Test end",
    "status": "extracted",
    "test_id": "207F002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=82;column=Fuel",
    "status": "extracted",
    "test_id": "304F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=82;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "304F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.938",
    "value_original": "764.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=82;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "304F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.13",
    "value_original": "0.13",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=82;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "304F001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.87 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=82;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "304F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.84",
    "value_original": "2.84",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=82;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "304F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.39",
    "value_original": "2.39",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=82;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "304F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=82;column=Burn time; s",
    "status": "extracted",
    "test_id": "304F001",
    "unit": "s",
    "unit_original": "s",
    "value": "7.5",
    "value_original": "7.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=82;column=Test end",
    "status": "extracted",
    "test_id": "304F001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=83;column=Fuel",
    "status": "extracted",
    "test_id": "304F002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=83;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "304F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.925",
    "value_original": "772",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=83;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "304F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.12",
    "value_original": "0.12",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=83;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "304F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.87 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=83;column=Burn time; s",
    "status": "extracted",
    "test_id": "304F002",
    "unit": "s",
    "unit_original": "s",
    "value": "5.45",
    "value_original": "5.45",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=83;column=Test end",
    "status": "extracted",
    "test_id": "304F002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=84;column=Fuel",
    "status": "extracted",
    "test_id": "304R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=84;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "304R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.285",
    "value_original": "767.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=84;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "304R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.12",
    "value_original": "0.12",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=84;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "304R001",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.87 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=84;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "304R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.35",
    "value_original": "2.35",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=84;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "304R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.42",
    "value_original": "1.42",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=84;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "304R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=84;column=Burn time; s",
    "status": "extracted",
    "test_id": "304R001",
    "unit": "s",
    "unit_original": "s",
    "value": "10.8",
    "value_original": "10.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=84;column=Test end",
    "status": "extracted",
    "test_id": "304R001",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=85;column=Fuel",
    "status": "extracted",
    "test_id": "304R002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=85;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "304R002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.818",
    "value_original": "771.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=85;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "304R002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.12",
    "value_original": "0.12",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=85;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "304R002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.87 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=85;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "304R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.4",
    "value_original": "2.4",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=85;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "304R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.77",
    "value_original": "1.77",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=85;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "304R002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=85;column=Burn time; s",
    "status": "extracted",
    "test_id": "304R002",
    "unit": "s",
    "unit_original": "s",
    "value": "9.3",
    "value_original": "9.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=85;column=Test end",
    "status": "extracted",
    "test_id": "304R002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=86;column=Fuel",
    "status": "extracted",
    "test_id": "305F002",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=86;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "305F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.658",
    "value_original": "770",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=86;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "305F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.12",
    "value_original": "0.12",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=86;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "305F002",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.87 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=86;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "305F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.07",
    "value_original": "3.07",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=86;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "305F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.56",
    "value_original": "2.56",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=86;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "305F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=86;column=Burn time; s",
    "status": "extracted",
    "test_id": "305F002",
    "unit": "s",
    "unit_original": "s",
    "value": "9",
    "value_original": "9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=86;column=Test end",
    "status": "extracted",
    "test_id": "305F002",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=87;column=Fuel",
    "status": "extracted",
    "test_id": "305F003",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=87;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "305F003",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.818",
    "value_original": "771.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=87;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "305F003",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.12",
    "value_original": "0.12",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=87;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "305F003",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.87 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=87;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "305F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.64",
    "value_original": "2.64",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=87;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "305F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.92",
    "value_original": "1.92",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=87;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "305F003",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.38",
    "value_original": "0.38",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=87;column=Burn time; s",
    "status": "extracted",
    "test_id": "305F003",
    "unit": "s",
    "unit_original": "s",
    "value": "9.3",
    "value_original": "9.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=87;column=Test end",
    "status": "extracted",
    "test_id": "305F003",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=88;column=Fuel",
    "status": "extracted",
    "test_id": "053R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=88;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "053R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.6608",
    "value_original": "537.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=88;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "053R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=88;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "053R001",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.6 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=88;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "053R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.01",
    "value_original": "3.01",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=88;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "053R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.53",
    "value_original": "0.53",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=88;column=Burn time; s",
    "status": "extracted",
    "test_id": "053R001",
    "unit": "s",
    "unit_original": "s",
    "value": "14.8",
    "value_original": "14.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=88;column=Test end",
    "status": "extracted",
    "test_id": "053R001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=89;column=Fuel",
    "status": "extracted",
    "test_id": "053F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=89;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "053F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.6474",
    "value_original": "537.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=89;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "053F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=89;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "053F001",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.6 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=89;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "053F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.7",
    "value_original": "3.7",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=89;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "053F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=89;column=Burn time; s",
    "status": "extracted",
    "test_id": "053F001",
    "unit": "s",
    "unit_original": "s",
    "value": "24",
    "value_original": "24",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=89;column=Test end",
    "status": "extracted",
    "test_id": "053F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=90;column=Fuel",
    "status": "extracted",
    "test_id": "141R001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=90;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "141R001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.8874",
    "value_original": "539.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=90;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "141R001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=90;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "141R001",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.6 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=90;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "141R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.62",
    "value_original": "3.62",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=90;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "141R001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.53",
    "value_original": "0.53",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=90;column=Burn time; s",
    "status": "extracted",
    "test_id": "141R001",
    "unit": "s",
    "unit_original": "s",
    "value": "20.1",
    "value_original": "20.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=90;column=Test end",
    "status": "extracted",
    "test_id": "141R001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=91;column=Fuel",
    "status": "extracted",
    "test_id": "141F001",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=91;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "141F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.7674",
    "value_original": "538.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=91;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "141F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=91;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "141F001",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.6 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=91;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "141F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.51",
    "value_original": "3.51",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=91;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "141F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=91;column=Burn time; s",
    "status": "extracted",
    "test_id": "141F001",
    "unit": "s",
    "unit_original": "s",
    "value": "18",
    "value_original": "18",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=91;column=Test end",
    "status": "extracted",
    "test_id": "141F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=92;column=Fuel",
    "status": "extracted",
    "test_id": "061F002",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=92;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "061F002",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.5008",
    "value_original": "536.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=92;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "061F002",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=92;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "061F002",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.6 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=92;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "061F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.41",
    "value_original": "3.41",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=92;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "061F002",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.55",
    "value_original": "0.55",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=92;column=Burn time; s",
    "status": "extracted",
    "test_id": "061F002",
    "unit": "s",
    "unit_original": "s",
    "value": "21.7",
    "value_original": "21.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=92;column=Test end",
    "status": "extracted",
    "test_id": "061F002",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=93;column=Fuel",
    "status": "extracted",
    "test_id": "149F001",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=93;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "149F001",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.6341",
    "value_original": "537.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=93;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "149F001",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=93;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "149F001",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.6 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=93;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "149F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.48",
    "value_original": "2.48",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=93;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "149F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=93;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "149F001",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.71",
    "value_original": "0.71",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=93;column=Burn time; s",
    "status": "extracted",
    "test_id": "149F001",
    "unit": "s",
    "unit_original": "s",
    "value": "8.3",
    "value_original": "8.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=93;column=Test end",
    "status": "extracted",
    "test_id": "149F001",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=94;column=Fuel",
    "status": "extracted",
    "test_id": "C08H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=94;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.1408",
    "value_original": "533.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=94;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=94;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=94;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C08H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.53",
    "value_original": "3.53",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=94;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C08H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.76",
    "value_original": "2.76",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=94;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C08H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=94;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08H101",
    "unit": "s",
    "unit_original": "s",
    "value": "10.1",
    "value_original": "10.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=94;column=Test end",
    "status": "extracted",
    "test_id": "C08H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=95;column=Fuel",
    "status": "extracted",
    "test_id": "C08H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=95;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2475",
    "value_original": "534.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=95;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=95;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=95;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C08H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.6",
    "value_original": "3.6",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=95;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C08H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.04",
    "value_original": "3.04",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=95;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C08H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.58",
    "value_original": "0.58",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=95;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08H201",
    "unit": "s",
    "unit_original": "s",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=95;column=Test end",
    "status": "extracted",
    "test_id": "C08H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=96;column=Fuel",
    "status": "extracted",
    "test_id": "C08H301",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=96;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08H301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2475",
    "value_original": "534.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=96;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08H301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=96;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08H301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=96;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08H301",
    "unit": "s",
    "unit_original": "s",
    "value": "5.2",
    "value_original": "5.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=96;column=Test end",
    "status": "extracted",
    "test_id": "C08H301",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=97;column=Fuel",
    "status": "extracted",
    "test_id": "C08M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=97;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2208",
    "value_original": "534.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=97;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=97;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=97;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C08M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.25",
    "value_original": "4.25",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=97;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C08M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.6",
    "value_original": "2.6",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=97;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C08M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.45",
    "value_original": "0.45",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=97;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08M101",
    "unit": "s",
    "unit_original": "s",
    "value": "26.5",
    "value_original": "26.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=97;column=Test end",
    "status": "extracted",
    "test_id": "C08M101",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=98;column=Fuel",
    "status": "extracted",
    "test_id": "C09M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=98;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.6074",
    "value_original": "537.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=98;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=98;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=98;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.64",
    "value_original": "3.64",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=98;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C09M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.74",
    "value_original": "1.74",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=98;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.47",
    "value_original": "0.47",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=98;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09M201",
    "unit": "s",
    "unit_original": "s",
    "value": "22.9",
    "value_original": "22.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=98;column=Test end",
    "status": "extracted",
    "test_id": "C09M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=99;column=Fuel",
    "status": "extracted",
    "test_id": "C09M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=99;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.3275",
    "value_original": "535",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=99;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=99;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=99;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.28",
    "value_original": "4.28",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=99;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C09M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.32",
    "value_original": "2.32",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=99;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.42",
    "value_original": "0.42",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=99;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09M101",
    "unit": "s",
    "unit_original": "s",
    "value": "33",
    "value_original": "33",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=99;column=Test end",
    "status": "extracted",
    "test_id": "C09M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=100;column=Fuel",
    "status": "extracted",
    "test_id": "C09H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=100;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.5541",
    "value_original": "536.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=100;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=100;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=100;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.14",
    "value_original": "4.14",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=100;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C09H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.98",
    "value_original": "3.98",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=100;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=100;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09H101",
    "unit": "s",
    "unit_original": "s",
    "value": "6.1",
    "value_original": "6.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=100;column=Test end",
    "status": "extracted",
    "test_id": "C09H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=101;column=Fuel",
    "status": "extracted",
    "test_id": "C09H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=101;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.8208",
    "value_original": "538.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=101;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=101;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=101;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.88",
    "value_original": "3.88",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=101;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C09H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.45",
    "value_original": "3.45",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=101;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=101;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09H201",
    "unit": "s",
    "unit_original": "s",
    "value": "6.5",
    "value_original": "6.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=101;column=Test end",
    "status": "extracted",
    "test_id": "C09H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=102;column=Fuel",
    "status": "extracted",
    "test_id": "C10H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=102;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C10H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2208",
    "value_original": "534.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=102;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=102;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0.3 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=102;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C10H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.57",
    "value_original": "3.57",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=102;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C10H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.43",
    "value_original": "3.43",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=102;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C10H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.33",
    "value_original": "0.33",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=102;column=Burn time; s",
    "status": "extracted",
    "test_id": "C10H101",
    "unit": "s",
    "unit_original": "s",
    "value": "4.2",
    "value_original": "4.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=102;column=Test end",
    "status": "extracted",
    "test_id": "C10H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=103;column=Fuel",
    "status": "extracted",
    "test_id": "C10H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=103;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C10H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2341",
    "value_original": "534.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=103;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=103;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0.3 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=103;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C10H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4",
    "value_original": "4",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=103;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C10H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.88",
    "value_original": "3.88",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=103;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C10H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=103;column=Burn time; s",
    "status": "extracted",
    "test_id": "C10H201",
    "unit": "s",
    "unit_original": "s",
    "value": "3.2",
    "value_original": "3.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=103;column=Test end",
    "status": "extracted",
    "test_id": "C10H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=104;column=Fuel",
    "status": "extracted",
    "test_id": "C08M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=104;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2075",
    "value_original": "534.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=104;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=104;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=104;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C08M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.6",
    "value_original": "3.6",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=104;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C08M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.58",
    "value_original": "1.58",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=104;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C08M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.49",
    "value_original": "0.49",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=104;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08M201",
    "unit": "s",
    "unit_original": "s",
    "value": "23.2",
    "value_original": "23.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=104;column=Test end",
    "status": "extracted",
    "test_id": "C08M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=105;column=Fuel",
    "status": "extracted",
    "test_id": "C08M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=105;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2741",
    "value_original": "534.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=105;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=105;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=105;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C08M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.17",
    "value_original": "4.17",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=105;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C08M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2",
    "value_original": "2",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=105;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C08M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.47",
    "value_original": "0.47",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=105;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08M301",
    "unit": "s",
    "unit_original": "s",
    "value": "30.7",
    "value_original": "30.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=105;column=Test end",
    "status": "extracted",
    "test_id": "C08M301",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=106;column=Fuel",
    "status": "extracted",
    "test_id": "C09M401",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=106;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09M401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.7674",
    "value_original": "538.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=106;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=106;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M401",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=106;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.08",
    "value_original": "3.08",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=106;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C09M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.75",
    "value_original": "1.75",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=106;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=106;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09M401",
    "unit": "s",
    "unit_original": "s",
    "value": "14.1",
    "value_original": "14.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=106;column=Test end",
    "status": "extracted",
    "test_id": "C09M401",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=107;column=Fuel",
    "status": "extracted",
    "test_id": "C08M401",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=107;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08M401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.3275",
    "value_original": "535",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=107;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=107;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M401",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=107;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C08M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.18",
    "value_original": "3.18",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=107;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C08M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.52",
    "value_original": "0.52",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=107;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08M401",
    "unit": "s",
    "unit_original": "s",
    "value": "15.1",
    "value_original": "15.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=107;column=Test end",
    "status": "extracted",
    "test_id": "C08M401",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=108;column=Fuel",
    "status": "extracted",
    "test_id": "C09M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=108;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.7674",
    "value_original": "538.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=108;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=108;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=108;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.75",
    "value_original": "3.75",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=108;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.47",
    "value_original": "0.47",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=108;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09M301",
    "unit": "s",
    "unit_original": "s",
    "value": "24.3",
    "value_original": "24.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=108;column=Test end",
    "status": "extracted",
    "test_id": "C09M301",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=109;column=Fuel",
    "status": "extracted",
    "test_id": "C10M102",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=109;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C10M102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.5275",
    "value_original": "536.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=109;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10M102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=109;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10M102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0.3 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=109;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C10M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.56",
    "value_original": "3.56",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=109;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C10M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.92",
    "value_original": "1.92",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=109;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C10M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.42",
    "value_original": "0.42",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=109;column=Test end",
    "status": "extracted",
    "test_id": "C10M102",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=110;column=Fuel",
    "status": "extracted",
    "test_id": "C10M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=110;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C10M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.5941",
    "value_original": "537",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=110;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=110;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0.3 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=110;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C10M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.83",
    "value_original": "2.83",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=110;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C10M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.57",
    "value_original": "1.57",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=110;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C10M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.45",
    "value_original": "0.45",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=110;column=Burn time; s",
    "status": "extracted",
    "test_id": "C10M201",
    "unit": "s",
    "unit_original": "s",
    "value": "13",
    "value_original": "13",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=110;column=Test end",
    "status": "extracted",
    "test_id": "C10M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=111;column=Fuel",
    "status": "extracted",
    "test_id": "C10M303",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=111;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C10M303",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.5808",
    "value_original": "536.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=111;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10M303",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=111;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10M303",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0.3 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=111;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C10M303",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.37",
    "value_original": "3.37",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=111;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C10M303",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.1",
    "value_original": "2.1",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=111;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C10M303",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.45",
    "value_original": "0.45",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=111;column=Burn time; s",
    "status": "extracted",
    "test_id": "C10M303",
    "unit": "s",
    "unit_original": "s",
    "value": "16.4",
    "value_original": "16.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=111;column=Test end",
    "status": "extracted",
    "test_id": "C10M303",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=112;column=Fuel",
    "status": "extracted",
    "test_id": "C10M401",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=112;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C10M401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.7542",
    "value_original": "530.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=112;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10M401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=112;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C10M401",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0.3 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=112;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C10M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.99",
    "value_original": "3.99",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=112;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C10M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.35",
    "value_original": "2.35",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=112;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C10M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.43",
    "value_original": "0.43",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=112;column=Burn time; s",
    "status": "extracted",
    "test_id": "C10M401",
    "unit": "s",
    "unit_original": "s",
    "value": "25.2",
    "value_original": "25.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=112;column=Test end",
    "status": "extracted",
    "test_id": "C10M401",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=113;column=Fuel",
    "status": "extracted",
    "test_id": "C11M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=113;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C11M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2741",
    "value_original": "534.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=113;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=113;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.45 | 0.35 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=113;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C11M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.2",
    "value_original": "4.2",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=113;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C11M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.85",
    "value_original": "2.85",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=113;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C11M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.49",
    "value_original": "0.49",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=113;column=Burn time; s",
    "status": "extracted",
    "test_id": "C11M101",
    "unit": "s",
    "unit_original": "s",
    "value": "18.2",
    "value_original": "18.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=113;column=Test end",
    "status": "extracted",
    "test_id": "C11M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=114;column=Fuel",
    "status": "extracted",
    "test_id": "C11M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; 0 mmHg is not a possible ambient pressure for a test that burned",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=114;column=Ambient pressure; mmHg",
    "status": "insufficient_evidence",
    "test_id": "C11M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "0",
    "value_original": "0",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=114;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=114;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.45 | 0.35 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=114;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C11M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.23",
    "value_original": "3.23",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=114;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C11M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.68",
    "value_original": "1.68",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=114;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C11M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.42",
    "value_original": "0.42",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=114;column=Burn time; s",
    "status": "extracted",
    "test_id": "C11M201",
    "unit": "s",
    "unit_original": "s",
    "value": "18.9",
    "value_original": "18.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=114;column=Test end",
    "status": "extracted",
    "test_id": "C11M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=115;column=Fuel",
    "status": "extracted",
    "test_id": "C11M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=115;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C11M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.4341",
    "value_original": "535.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=115;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=115;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.45 | 0.35 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=115;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C11M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.97",
    "value_original": "3.97",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=115;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C11M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.61",
    "value_original": "2.61",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=115;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C11M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.41",
    "value_original": "0.41",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=115;column=Burn time; s",
    "status": "extracted",
    "test_id": "C11M301",
    "unit": "s",
    "unit_original": "s",
    "value": "22.9",
    "value_original": "22.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=115;column=Test end",
    "status": "extracted",
    "test_id": "C11M301",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=116;column=Fuel",
    "status": "extracted",
    "test_id": "C11M401",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=116;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C11M401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.5008",
    "value_original": "536.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=116;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11M401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=116;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11M401",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.45 | 0.35 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=116;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C11M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.16",
    "value_original": "3.16",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=116;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C11M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.57",
    "value_original": "1.57",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=116;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C11M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.46",
    "value_original": "0.46",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=116;column=Burn time; s",
    "status": "extracted",
    "test_id": "C11M401",
    "unit": "s",
    "unit_original": "s",
    "value": "16.9",
    "value_original": "16.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=116;column=Test end",
    "status": "extracted",
    "test_id": "C11M401",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=117;column=Fuel",
    "status": "extracted",
    "test_id": "C11H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=117;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C11H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.8075",
    "value_original": "531.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=117;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=117;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.45 | 0.35 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=117;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C11H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.84",
    "value_original": "3.84",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=117;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C11H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.77",
    "value_original": "3.77",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=117;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C11H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.25",
    "value_original": "0.25",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=117;column=Burn time; s",
    "status": "extracted",
    "test_id": "C11H101",
    "unit": "s",
    "unit_original": "s",
    "value": "2.4",
    "value_original": "2.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=117;column=Test end",
    "status": "extracted",
    "test_id": "C11H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=118;column=Fuel",
    "status": "extracted",
    "test_id": "C11H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=118;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C11H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.0342",
    "value_original": "532.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=118;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=118;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C11H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.44 | 0.35 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=118;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C11H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.03",
    "value_original": "3.03",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=118;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C11H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.93",
    "value_original": "2.93",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=118;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C11H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.38",
    "value_original": "0.38",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=118;column=Burn time; s",
    "status": "extracted",
    "test_id": "C11H201",
    "unit": "s",
    "unit_original": "s",
    "value": "2.5",
    "value_original": "2.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=118;column=Test end",
    "status": "extracted",
    "test_id": "C11H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=119;column=Fuel",
    "status": "extracted",
    "test_id": "C12H103",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=119;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C12H103",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.0075",
    "value_original": "532.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=119;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12H103",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=119;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12H103",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0.4 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=119;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C12H103",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.6",
    "value_original": "2.6",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=119;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C12H103",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.48",
    "value_original": "2.48",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=119;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C12H103",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.37",
    "value_original": "0.37",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=119;column=Burn time; s",
    "status": "extracted",
    "test_id": "C12H103",
    "unit": "s",
    "unit_original": "s",
    "value": "1.3",
    "value_original": "1.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=119;column=Test end",
    "status": "extracted",
    "test_id": "C12H103",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=120;column=Fuel",
    "status": "extracted",
    "test_id": "C12H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=120;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C12H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9942",
    "value_original": "532.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=120;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=120;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0.4 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=120;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C12H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.45",
    "value_original": "2.45",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=120;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C12H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.39",
    "value_original": "2.39",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=120;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C12H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.38",
    "value_original": "0.38",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=120;column=Burn time; s",
    "status": "extracted",
    "test_id": "C12H201",
    "unit": "s",
    "unit_original": "s",
    "value": "1.43",
    "value_original": "1.43",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=120;column=Test end",
    "status": "extracted",
    "test_id": "C12H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=121;column=Fuel",
    "status": "extracted",
    "test_id": "C12M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=121;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C12M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.1676",
    "value_original": "526.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=121;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=121;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0.4 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=121;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C12M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.25",
    "value_original": "4.25",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=121;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C12M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.92",
    "value_original": "3.92",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=121;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C12M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=121;column=Burn time; s",
    "status": "extracted",
    "test_id": "C12M101",
    "unit": "s",
    "unit_original": "s",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=121;column=Test end",
    "status": "extracted",
    "test_id": "C12M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=122;column=Fuel",
    "status": "extracted",
    "test_id": "C12M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=122;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C12M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.8208",
    "value_original": "531.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=122;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=122;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0.4 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=122;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C12M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.46",
    "value_original": "3.46",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=122;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C12M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.58",
    "value_original": "2.58",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=122;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C12M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.41",
    "value_original": "0.41",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=122;column=Burn time; s",
    "status": "extracted",
    "test_id": "C12M201",
    "unit": "s",
    "unit_original": "s",
    "value": "13.9",
    "value_original": "13.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=122;column=Test end",
    "status": "extracted",
    "test_id": "C12M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=123;column=Fuel",
    "status": "extracted",
    "test_id": "C12M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=123;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C12M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9275",
    "value_original": "532",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=123;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=123;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0.4 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=123;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C12M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.13",
    "value_original": "4.13",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=123;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C12M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.79",
    "value_original": "3.79",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=123;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C12M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=123;column=Burn time; s",
    "status": "extracted",
    "test_id": "C12M301",
    "unit": "s",
    "unit_original": "s",
    "value": "8.7",
    "value_original": "8.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=123;column=Test end",
    "status": "extracted",
    "test_id": "C12M301",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=124;column=Fuel",
    "status": "extracted",
    "test_id": "C12M401",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=124;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C12M401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9808",
    "value_original": "532.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=124;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12M401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=124;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C12M401",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0.4 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=124;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C12M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.87",
    "value_original": "2.87",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=124;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C12M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.74",
    "value_original": "2.74",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=124;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C12M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=124;column=Burn time; s",
    "status": "extracted",
    "test_id": "C12M401",
    "unit": "s",
    "unit_original": "s",
    "value": "2.4",
    "value_original": "2.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=124;column=Test end",
    "status": "extracted",
    "test_id": "C12M401",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=125;column=Fuel",
    "status": "extracted",
    "test_id": "C13M103",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=125;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C13M103",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.6208",
    "value_original": "537.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=125;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13M103",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=125;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13M103",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0.45 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=125;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C13M103",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.63",
    "value_original": "3.63",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=125;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C13M103",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.37",
    "value_original": "3.37",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=125;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C13M103",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=125;column=Burn time; s",
    "status": "extracted",
    "test_id": "C13M103",
    "unit": "s",
    "unit_original": "s",
    "value": "5.7",
    "value_original": "5.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=125;column=Test end",
    "status": "extracted",
    "test_id": "C13M103",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=126;column=Fuel",
    "status": "extracted",
    "test_id": "C13M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=126;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C13M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.4741",
    "value_original": "536.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=126;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=126;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0.45 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=126;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C13M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.8",
    "value_original": "2.8",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=126;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C13M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.84",
    "value_original": "1.84",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=126;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C13M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=126;column=Burn time; s",
    "status": "extracted",
    "test_id": "C13M201",
    "unit": "s",
    "unit_original": "s",
    "value": "11.7",
    "value_original": "11.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=126;column=Test end",
    "status": "extracted",
    "test_id": "C13M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=127;column=Fuel",
    "status": "extracted",
    "test_id": "C13M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=127;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C13M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.5541",
    "value_original": "536.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=127;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=127;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0.45 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=127;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C13M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.22",
    "value_original": "3.22",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=127;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C13M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.53",
    "value_original": "2.53",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=127;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C13M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.38",
    "value_original": "0.38",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=127;column=Burn time; s",
    "status": "extracted",
    "test_id": "C13M301",
    "unit": "s",
    "unit_original": "s",
    "value": "11",
    "value_original": "11",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=127;column=Test end",
    "status": "extracted",
    "test_id": "C13M301",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=128;column=Fuel",
    "status": "extracted",
    "test_id": "C13M401",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=128;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C13M401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.6341",
    "value_original": "537.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=128;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13M401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=128;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13M401",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0.45 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=128;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C13M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.91",
    "value_original": "2.91",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=128;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C13M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.39",
    "value_original": "0.39",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=128;column=Burn time; s",
    "status": "extracted",
    "test_id": "C13M401",
    "unit": "s",
    "unit_original": "s",
    "value": "11.5",
    "value_original": "11.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=128;column=Test end",
    "status": "extracted",
    "test_id": "C13M401",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=129;column=Fuel",
    "status": "extracted",
    "test_id": "C13H102",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=129;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C13H102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.4875",
    "value_original": "536.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=129;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13H102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=129;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13H102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0.45 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=129;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C13H102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.33",
    "value_original": "3.33",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=129;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C13H102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.34",
    "value_original": "3.34",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=129;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C13H102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.33",
    "value_original": "0.33",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=129;column=Burn time; s",
    "status": "extracted",
    "test_id": "C13H102",
    "unit": "s",
    "unit_original": "s",
    "value": "0.55",
    "value_original": "0.55",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=129;column=Test end",
    "status": "extracted",
    "test_id": "C13H102",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=130;column=Fuel",
    "status": "extracted",
    "test_id": "C13H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=130;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C13H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.6208",
    "value_original": "537.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=130;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=130;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0.45 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=130;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C13H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.91",
    "value_original": "2.91",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=130;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C13H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.89",
    "value_original": "2.89",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=130;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C13H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.05",
    "value_original": "0.05",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=130;column=Burn time; s",
    "status": "extracted",
    "test_id": "C13H201",
    "unit": "s",
    "unit_original": "s",
    "value": "0.6",
    "value_original": "0.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=130;column=Test end",
    "status": "extracted",
    "test_id": "C13H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=131;column=Fuel",
    "status": "extracted",
    "test_id": "C21H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=131;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C21H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.845",
    "value_original": "763.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=131;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=131;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=131;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C21H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.72",
    "value_original": "1.72",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=131;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C21H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.52",
    "value_original": "0.52",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=131;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C21H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.61",
    "value_original": "0.61",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=131;column=Burn time; s",
    "status": "extracted",
    "test_id": "C21H101",
    "unit": "s",
    "unit_original": "s",
    "value": "4.9",
    "value_original": "4.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=131;column=Test end",
    "status": "extracted",
    "test_id": "C21H101",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=132;column=Fuel",
    "status": "extracted",
    "test_id": "C21H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=132;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C21H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.018",
    "value_original": "765.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=132;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=132;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=132;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C21H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.63",
    "value_original": "2.63",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=132;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C21H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.53",
    "value_original": "0.53",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=132;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C21H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.6",
    "value_original": "0.6",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=132;column=Burn time; s",
    "status": "extracted",
    "test_id": "C21H201",
    "unit": "s",
    "unit_original": "s",
    "value": "12.4",
    "value_original": "12.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=132;column=Test end",
    "status": "extracted",
    "test_id": "C21H201",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=133;column=Fuel",
    "status": "extracted",
    "test_id": "C21H301",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=133;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C21H301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.218",
    "value_original": "766.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=133;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=133;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=133;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C21H301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.25",
    "value_original": "3.25",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=133;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C21H301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.55",
    "value_original": "0.55",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=133;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C21H301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.56",
    "value_original": "0.56",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=133;column=Burn time; s",
    "status": "extracted",
    "test_id": "C21H301",
    "unit": "s",
    "unit_original": "s",
    "value": "19",
    "value_original": "19",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=133;column=Test end",
    "status": "extracted",
    "test_id": "C21H301",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=134;column=Fuel",
    "status": "extracted",
    "test_id": "C21H401",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=134;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C21H401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.285",
    "value_original": "767.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=134;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=134;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H401",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=134;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C21H401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.66",
    "value_original": "3.66",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=134;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C21H401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.88",
    "value_original": "2.88",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=134;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C21H401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.56",
    "value_original": "0.56",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=134;column=Burn time; s",
    "status": "extracted",
    "test_id": "C21H401",
    "unit": "s",
    "unit_original": "s",
    "value": "9.2",
    "value_original": "9.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=134;column=Test end",
    "status": "extracted",
    "test_id": "C21H401",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=135;column=Fuel",
    "status": "extracted",
    "test_id": "C21H501",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=135;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C21H501",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.418",
    "value_original": "768.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=135;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H501",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=135;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H501",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=135;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C21H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.78",
    "value_original": "2.78",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=135;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C21H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0",
    "value_original": "0",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=135;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C21H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.59",
    "value_original": "0.59",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=135;column=Burn time; s",
    "status": "extracted",
    "test_id": "C21H501",
    "unit": "s",
    "unit_original": "s",
    "value": "10.8",
    "value_original": "10.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=135;column=Test end",
    "status": "extracted",
    "test_id": "C21H501",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=136;column=Fuel",
    "status": "extracted",
    "test_id": "C21H302",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=136;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C21H302",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.405",
    "value_original": "768.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=136;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H302",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=136;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H302",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=136;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C21H302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.08",
    "value_original": "3.08",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=136;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C21H302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=136;column=Burn time; s",
    "status": "extracted",
    "test_id": "C21H302",
    "unit": "s",
    "unit_original": "s",
    "value": "17",
    "value_original": "17",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=136;column=Test end",
    "status": "extracted",
    "test_id": "C21H302",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=137;column=Fuel",
    "status": "extracted",
    "test_id": "C21H303",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=137;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C21H303",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.418",
    "value_original": "768.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=137;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H303",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=137;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H303",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=137;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C21H303",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.13",
    "value_original": "3.13",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=137;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C21H303",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.55",
    "value_original": "0.55",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=137;column=Burn time; s",
    "status": "extracted",
    "test_id": "C21H303",
    "unit": "s",
    "unit_original": "s",
    "value": "17.5",
    "value_original": "17.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=137;column=Test end",
    "status": "extracted",
    "test_id": "C21H303",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=138;column=Fuel",
    "status": "extracted",
    "test_id": "C21H304",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=138;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C21H304",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.472",
    "value_original": "768.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=138;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H304",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=138;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H304",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=138;column=Test end",
    "status": "extracted",
    "test_id": "C21H304",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=139;column=Fuel",
    "status": "extracted",
    "test_id": "C21H305",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=139;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C21H305",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.392",
    "value_original": "768",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=139;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H305",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=139;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C21H305",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=139;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C21H305",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.75",
    "value_original": "1.75",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=139;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C21H305",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.63",
    "value_original": "0.63",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=139;column=Burn time; s",
    "status": "extracted",
    "test_id": "C21H305",
    "unit": "s",
    "unit_original": "s",
    "value": "5.4",
    "value_original": "5.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=139;column=Test end",
    "status": "extracted",
    "test_id": "C21H305",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=140;column=Fuel",
    "status": "extracted",
    "test_id": "C14M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=140;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C14M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.1275",
    "value_original": "533.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=140;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C14M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=140;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C14M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.35 | 0.5 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=140;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C14M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.98",
    "value_original": "3.98",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=140;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C14M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.95",
    "value_original": "3.95",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=140;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C14M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=140;column=Burn time; s",
    "status": "extracted",
    "test_id": "C14M101",
    "unit": "s",
    "unit_original": "s",
    "value": "1.3",
    "value_original": "1.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=140;column=Test end",
    "status": "extracted",
    "test_id": "C14M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=141;column=Fuel",
    "status": "extracted",
    "test_id": "C14M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=141;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C14M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2075",
    "value_original": "534.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=141;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C14M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=141;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C14M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.35 | 0.5 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=141;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C14M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.86",
    "value_original": "2.86",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=141;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C14M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.73",
    "value_original": "2.73",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=141;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C14M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=141;column=Burn time; s",
    "status": "extracted",
    "test_id": "C14M201",
    "unit": "s",
    "unit_original": "s",
    "value": "2.3",
    "value_original": "2.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=141;column=Test end",
    "status": "extracted",
    "test_id": "C14M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=142;column=Fuel",
    "status": "extracted",
    "test_id": "C14M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=142;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C14M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2608",
    "value_original": "534.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=142;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C14M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=142;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C14M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.35 | 0.5 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=142;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C14M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.86",
    "value_original": "1.86",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=142;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C14M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.48",
    "value_original": "1.48",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=142;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C14M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.39",
    "value_original": "0.39",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=142;column=Burn time; s",
    "status": "extracted",
    "test_id": "C14M301",
    "unit": "s",
    "unit_original": "s",
    "value": "3.4",
    "value_original": "3.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=142;column=Test end",
    "status": "extracted",
    "test_id": "C14M301",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=143;column=Fuel",
    "status": "extracted",
    "test_id": "C14M302",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=143;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C14M302",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2875",
    "value_original": "534.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=143;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C14M302",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=143;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C14M302",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.35 | 0.5 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=143;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C14M302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.25",
    "value_original": "2.25",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=143;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C14M302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.06",
    "value_original": "2.06",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=143;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C14M302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.36",
    "value_original": "0.36",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=143;column=Burn time; s",
    "status": "extracted",
    "test_id": "C14M302",
    "unit": "s",
    "unit_original": "s",
    "value": "2.7",
    "value_original": "2.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=143;column=Test end",
    "status": "extracted",
    "test_id": "C14M302",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=144;column=Fuel",
    "status": "extracted",
    "test_id": "C01M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=144;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.578",
    "value_original": "761.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=144;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=144;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=144;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.53",
    "value_original": "3.53",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=144;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.53",
    "value_original": "1.53",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=144;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.45",
    "value_original": "0.45",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=144;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01M101",
    "unit": "s",
    "unit_original": "s",
    "value": "23.8",
    "value_original": "23.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=144;column=Test end",
    "status": "extracted",
    "test_id": "C01M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=145;column=Fuel",
    "status": "extracted",
    "test_id": "C01M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=145;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.792",
    "value_original": "763.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=145;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=145;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=145;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.33",
    "value_original": "3.33",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=145;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.61",
    "value_original": "1.61",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=145;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.45",
    "value_original": "0.45",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=145;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01M201",
    "unit": "s",
    "unit_original": "s",
    "value": "20",
    "value_original": "20",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=145;column=Test end",
    "status": "extracted",
    "test_id": "C01M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=146;column=Fuel",
    "status": "extracted",
    "test_id": "C01M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=146;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.058",
    "value_original": "765.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=146;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=146;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=146;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.35",
    "value_original": "4.35",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=146;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.95",
    "value_original": "1.95",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=146;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.41",
    "value_original": "0.41",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=146;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01M301",
    "unit": "s",
    "unit_original": "s",
    "value": "39.2",
    "value_original": "39.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=146;column=Test end",
    "status": "extracted",
    "test_id": "C01M301",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=147;column=Fuel",
    "status": "extracted",
    "test_id": "C13M102",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=147;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C13M102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.4208",
    "value_original": "535.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=147;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13M102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=147;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C13M102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0.45 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=147;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C13M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.02",
    "value_original": "3.02",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=147;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C13M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.49",
    "value_original": "2.49",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=147;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C13M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=147;column=Burn time; s",
    "status": "extracted",
    "test_id": "C13M102",
    "unit": "s",
    "unit_original": "s",
    "value": "7.8",
    "value_original": "7.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=147;column=Test end",
    "status": "extracted",
    "test_id": "C13M102",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=148;column=Fuel",
    "status": "extracted",
    "test_id": "C01H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=148;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.912",
    "value_original": "764.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=148;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=148;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=148;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.58",
    "value_original": "2.58",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=148;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.15",
    "value_original": "1.15",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=148;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.54",
    "value_original": "0.54",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=148;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01H101",
    "unit": "s",
    "unit_original": "s",
    "value": "11.8",
    "value_original": "11.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=148;column=Test end",
    "status": "extracted",
    "test_id": "C01H101",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=149;column=Fuel",
    "status": "extracted",
    "test_id": "C01H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=149;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.152",
    "value_original": "766.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=149;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=149;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=149;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.21",
    "value_original": "2.21",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=149;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.82",
    "value_original": "0.82",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=149;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.53",
    "value_original": "0.53",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=149;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01H201",
    "unit": "s",
    "unit_original": "s",
    "value": "8.9",
    "value_original": "8.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=149;column=Test end",
    "status": "extracted",
    "test_id": "C01H201",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=150;column=Fuel",
    "status": "extracted",
    "test_id": "C01H302",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=150;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01H302",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.338",
    "value_original": "767.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=150;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H302",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=150;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H302",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=150;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01H302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.18",
    "value_original": "3.18",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=150;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01H302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.54",
    "value_original": "2.54",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=150;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01H302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.46",
    "value_original": "0.46",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=150;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01H302",
    "unit": "s",
    "unit_original": "s",
    "value": "8",
    "value_original": "8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=150;column=Test end",
    "status": "extracted",
    "test_id": "C01H302",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=151;column=Fuel",
    "status": "extracted",
    "test_id": "C03M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=151;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.658",
    "value_original": "762.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=151;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=151;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=151;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.86",
    "value_original": "3.86",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=151;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.36",
    "value_original": "0.36",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=151;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03M101",
    "unit": "s",
    "unit_original": "s",
    "value": "31.3",
    "value_original": "31.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=151;column=Test end",
    "status": "extracted",
    "test_id": "C03M101",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=152;column=Fuel",
    "status": "extracted",
    "test_id": "C03M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=152;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.992",
    "value_original": "765",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=152;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=152;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=152;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.33",
    "value_original": "3.33",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=152;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.23",
    "value_original": "1.23",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=152;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.43",
    "value_original": "0.43",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=152;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03M201",
    "unit": "s",
    "unit_original": "s",
    "value": "23.2",
    "value_original": "23.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=152;column=Test end",
    "status": "extracted",
    "test_id": "C03M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=153;column=Fuel",
    "status": "extracted",
    "test_id": "C03M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=153;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.072",
    "value_original": "765.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=153;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=153;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=153;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.78",
    "value_original": "2.78",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=153;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.19",
    "value_original": "1.19",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=153;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.42",
    "value_original": "0.42",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=153;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03M301",
    "unit": "s",
    "unit_original": "s",
    "value": "15.7",
    "value_original": "15.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=153;column=Test end",
    "status": "extracted",
    "test_id": "C03M301",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=154;column=Fuel",
    "status": "extracted",
    "test_id": "C03H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=154;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.632",
    "value_original": "762.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=154;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=154;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=154;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.7",
    "value_original": "3.7",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=154;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.6",
    "value_original": "3.6",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=154;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=154;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03H101",
    "unit": "s",
    "unit_original": "s",
    "value": "2.2",
    "value_original": "2.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=154;column=Test end",
    "status": "extracted",
    "test_id": "C03H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=155;column=Fuel",
    "status": "extracted",
    "test_id": "C03H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=155;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.978",
    "value_original": "764.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=155;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=155;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=155;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.73",
    "value_original": "2.73",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=155;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.52",
    "value_original": "2.52",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=155;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.39",
    "value_original": "0.39",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=155;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03H201",
    "unit": "s",
    "unit_original": "s",
    "value": "2.7",
    "value_original": "2.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=155;column=Test end",
    "status": "extracted",
    "test_id": "C03H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=156;column=Fuel",
    "status": "extracted",
    "test_id": "C03H401",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=156;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03H401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.085",
    "value_original": "765.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=156;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=156;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H401",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=156;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03H401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.34",
    "value_original": "1.34",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=156;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03H401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.45",
    "value_original": "0.45",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=156;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03H401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.48",
    "value_original": "0.48",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=156;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03H401",
    "unit": "s",
    "unit_original": "s",
    "value": "3.2",
    "value_original": "3.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=156;column=Test end",
    "status": "extracted",
    "test_id": "C03H401",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=157;column=Fuel",
    "status": "extracted",
    "test_id": "C05M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=157;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C05M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.605",
    "value_original": "762.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=157;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C05M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.16",
    "value_original": "0.16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=157;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C05M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.59 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=157;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C05M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.24",
    "value_original": "4.24",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=157;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C05M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.96",
    "value_original": "3.96",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=157;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C05M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=157;column=Burn time; s",
    "status": "extracted",
    "test_id": "C05M101",
    "unit": "s",
    "unit_original": "s",
    "value": "7.6",
    "value_original": "7.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=157;column=Test end",
    "status": "extracted",
    "test_id": "C05M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=158;column=Fuel",
    "status": "extracted",
    "test_id": "C05M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=158;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C05M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.912",
    "value_original": "764.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=158;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C05M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.16",
    "value_original": "0.16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=158;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C05M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.59 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=158;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C05M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.7",
    "value_original": "3.7",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=158;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C05M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.22",
    "value_original": "3.22",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=158;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C05M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.37",
    "value_original": "0.37",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=158;column=Burn time; s",
    "status": "extracted",
    "test_id": "C05M201",
    "unit": "s",
    "unit_original": "s",
    "value": "10.1",
    "value_original": "10.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=158;column=Test end",
    "status": "extracted",
    "test_id": "C05M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=159;column=Fuel",
    "status": "extracted",
    "test_id": "C05M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=159;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C05M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.058",
    "value_original": "765.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=159;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C05M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.16",
    "value_original": "0.16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=159;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C05M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.59 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=159;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C05M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.71",
    "value_original": "2.71",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=159;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C05M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.34",
    "value_original": "1.34",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=159;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C05M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.38",
    "value_original": "0.38",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=159;column=Burn time; s",
    "status": "extracted",
    "test_id": "C05M301",
    "unit": "s",
    "unit_original": "s",
    "value": "14.9",
    "value_original": "14.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=159;column=Test end",
    "status": "extracted",
    "test_id": "C05M301",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=160;column=Fuel",
    "status": "extracted",
    "test_id": "C05M401",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=160;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C05M401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.338",
    "value_original": "767.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=160;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C05M401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.16",
    "value_original": "0.16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=160;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C05M401",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.59 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=160;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C05M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.77",
    "value_original": "2.77",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=160;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C05M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.52",
    "value_original": "1.52",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=160;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C05M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.38",
    "value_original": "0.38",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=160;column=Burn time; s",
    "status": "extracted",
    "test_id": "C05M401",
    "unit": "s",
    "unit_original": "s",
    "value": "14.8",
    "value_original": "14.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=160;column=Test end",
    "status": "extracted",
    "test_id": "C05M401",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=161;column=Fuel",
    "status": "extracted",
    "test_id": "C06M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=161;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C06M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.765",
    "value_original": "763.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=161;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C06M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=161;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C06M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.54 | 0.32 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=161;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C06M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.72",
    "value_original": "3.72",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=161;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C06M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.5",
    "value_original": "3.5",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=161;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C06M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.28",
    "value_original": "0.28",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=161;column=Burn time; s",
    "status": "extracted",
    "test_id": "C06M101",
    "unit": "s",
    "unit_original": "s",
    "value": "6",
    "value_original": "6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=161;column=Test end",
    "status": "extracted",
    "test_id": "C06M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=162;column=Fuel",
    "status": "extracted",
    "test_id": "C06M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=162;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C06M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.912",
    "value_original": "764.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=162;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C06M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=162;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C06M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.53 | 0.32 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=162;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C06M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.05",
    "value_original": "3.05",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=162;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C06M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.54",
    "value_original": "2.54",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=162;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C06M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.37",
    "value_original": "0.37",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=162;column=Burn time; s",
    "status": "extracted",
    "test_id": "C06M201",
    "unit": "s",
    "unit_original": "s",
    "value": "8.5",
    "value_original": "8.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=162;column=Test end",
    "status": "extracted",
    "test_id": "C06M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=163;column=Fuel",
    "status": "extracted",
    "test_id": "C06M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=163;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C06M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.112",
    "value_original": "765.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=163;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C06M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=163;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C06M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.53 | 0.32 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=163;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C06M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.59",
    "value_original": "2.59",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=163;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C06M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.63",
    "value_original": "1.63",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=163;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C06M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.37",
    "value_original": "0.37",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=163;column=Burn time; s",
    "status": "extracted",
    "test_id": "C06M301",
    "unit": "s",
    "unit_original": "s",
    "value": "11.6",
    "value_original": "11.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=163;column=Test end",
    "status": "extracted",
    "test_id": "C06M301",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=164;column=Fuel",
    "status": "extracted",
    "test_id": "C06M401",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=164;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C06M401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.138",
    "value_original": "766.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=164;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C06M401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=164;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C06M401",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.53 | 0.32 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=164;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C06M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.59",
    "value_original": "2.59",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=164;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C06M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.79",
    "value_original": "1.79",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=164;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C06M401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.42",
    "value_original": "0.42",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=164;column=Burn time; s",
    "status": "extracted",
    "test_id": "C06M401",
    "unit": "s",
    "unit_original": "s",
    "value": "8.9",
    "value_original": "8.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=164;column=Test end",
    "status": "extracted",
    "test_id": "C06M401",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=165;column=Fuel",
    "status": "extracted",
    "test_id": "C03H302",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=165;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03H302",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.045",
    "value_original": "765.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=165;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H302",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=165;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H302",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=165;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03H302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.96",
    "value_original": "1.96",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=165;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03H302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.39",
    "value_original": "1.39",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=165;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03H302",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.54",
    "value_original": "0.54",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=165;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03H302",
    "unit": "s",
    "unit_original": "s",
    "value": "3.9",
    "value_original": "3.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=165;column=Test end",
    "status": "extracted",
    "test_id": "C03H302",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=166;column=Fuel",
    "status": "extracted",
    "test_id": "C07M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=166;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C07M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.432",
    "value_original": "760.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=166;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C07M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=166;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C07M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.5 | 0.36 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=166;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C07M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.22",
    "value_original": "3.22",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=166;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C07M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.08",
    "value_original": "3.08",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=166;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C07M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.28",
    "value_original": "0.28",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=166;column=Burn time; s",
    "status": "extracted",
    "test_id": "C07M101",
    "unit": "s",
    "unit_original": "s",
    "value": "3.4",
    "value_original": "3.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=166;column=Test end",
    "status": "extracted",
    "test_id": "C07M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=167;column=Fuel",
    "status": "extracted",
    "test_id": "C07M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=167;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C07M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.538",
    "value_original": "761.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=167;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C07M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=167;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C07M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.5 | 0.36 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=167;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C07M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.32",
    "value_original": "2.32",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=167;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C07M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.84",
    "value_original": "1.84",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=167;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C07M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.37",
    "value_original": "0.37",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=167;column=Burn time; s",
    "status": "extracted",
    "test_id": "C07M201",
    "unit": "s",
    "unit_original": "s",
    "value": "5.9",
    "value_original": "5.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=167;column=Test end",
    "status": "extracted",
    "test_id": "C07M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=168;column=Fuel",
    "status": "extracted",
    "test_id": "C15M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=168;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C15M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.778",
    "value_original": "763.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=168;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C15M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=168;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C15M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.64 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=168;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C15M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.03",
    "value_original": "3.03",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=168;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C15M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.57",
    "value_original": "1.57",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=168;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C15M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.48",
    "value_original": "0.48",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=168;column=Burn time; s",
    "status": "extracted",
    "test_id": "C15M101",
    "unit": "s",
    "unit_original": "s",
    "value": "15.6",
    "value_original": "15.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=168;column=Test end",
    "status": "extracted",
    "test_id": "C15M101",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=169;column=Fuel",
    "status": "extracted",
    "test_id": "C15M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=169;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C15M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.138",
    "value_original": "766.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=169;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C15M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=169;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C15M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.64 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=169;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C15M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.05",
    "value_original": "3.05",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=169;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C15M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.28",
    "value_original": "1.28",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=169;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C15M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=169;column=Burn time; s",
    "status": "extracted",
    "test_id": "C15M201",
    "unit": "s",
    "unit_original": "s",
    "value": "16.7",
    "value_original": "16.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=169;column=Test end",
    "status": "extracted",
    "test_id": "C15M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=170;column=Fuel",
    "status": "extracted",
    "test_id": "C15M301",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=170;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C15M301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.218",
    "value_original": "766.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=170;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C15M301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=170;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C15M301",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.64 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=170;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C15M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.53",
    "value_original": "3.53",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=170;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C15M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.59",
    "value_original": "1.59",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=170;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C15M301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.46",
    "value_original": "0.46",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=170;column=Burn time; s",
    "status": "extracted",
    "test_id": "C15M301",
    "unit": "s",
    "unit_original": "s",
    "value": "23.6",
    "value_original": "23.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=170;column=Test end",
    "status": "extracted",
    "test_id": "C15M301",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=171;column=Fuel",
    "status": "extracted",
    "test_id": "C03H501",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=171;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03H501",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.312",
    "value_original": "759.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=171;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H501",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=171;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H501",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=171;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.74",
    "value_original": "3.74",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=171;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.68",
    "value_original": "3.68",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=171;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=171;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03H501",
    "unit": "s",
    "unit_original": "s",
    "value": "2.8",
    "value_original": "2.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=171;column=Test end",
    "status": "extracted",
    "test_id": "C03H501",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=172;column=Fuel",
    "status": "extracted",
    "test_id": "C03H601",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=172;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03H601",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.592",
    "value_original": "762",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=172;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H601",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=172;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H601",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=172;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.4",
    "value_original": "2.4",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=172;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.96",
    "value_original": "1.96",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=172;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.46",
    "value_original": "0.46",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=172;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03H601",
    "unit": "s",
    "unit_original": "s",
    "value": "4.4",
    "value_original": "4.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=172;column=Test end",
    "status": "extracted",
    "test_id": "C03H601",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=173;column=Fuel",
    "status": "extracted",
    "test_id": "C03H701",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=173;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03H701",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.605",
    "value_original": "762.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=173;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H701",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=173;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03H701",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=173;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03H701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.35",
    "value_original": "1.35",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=173;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03H701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.47",
    "value_original": "0.47",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=173;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03H701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=173;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03H701",
    "unit": "s",
    "unit_original": "s",
    "value": "3.6",
    "value_original": "3.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=173;column=Test end",
    "status": "extracted",
    "test_id": "C03H701",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=174;column=Fuel",
    "status": "extracted",
    "test_id": "C08H502",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=174;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08H502",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.8875",
    "value_original": "531.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=174;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08H502",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=174;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08H502",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=174;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C08H502",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.5",
    "value_original": "2.5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=174;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C08H502",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=174;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C08H502",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.56",
    "value_original": "0.56",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=174;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08H502",
    "unit": "s",
    "unit_original": "s",
    "value": "11.2",
    "value_original": "11.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=174;column=Test end",
    "status": "extracted",
    "test_id": "C08H502",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=175;column=Fuel",
    "status": "extracted",
    "test_id": "C08H601",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=175;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08H601",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9408",
    "value_original": "532.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=175;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08H601",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=175;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08H601",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=175;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C08H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.88",
    "value_original": "2.88",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=175;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C08H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.55",
    "value_original": "0.55",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=175;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08H601",
    "unit": "s",
    "unit_original": "s",
    "value": "15.6",
    "value_original": "15.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=175;column=Test end",
    "status": "extracted",
    "test_id": "C08H601",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=176;column=Fuel",
    "status": "extracted",
    "test_id": "C08M501",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=176;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08M501",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.5808",
    "value_original": "536.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=176;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M501",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=176;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M501",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=176;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C08M501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.53",
    "value_original": "4.53",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=176;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C08M501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.46",
    "value_original": "0.46",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=176;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08M501",
    "unit": "s",
    "unit_original": "s",
    "value": "38.2",
    "value_original": "38.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=176;column=Test end",
    "status": "extracted",
    "test_id": "C08M501",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=177;column=Fuel",
    "status": "extracted",
    "test_id": "C08M601",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=177;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C08M601",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.5941",
    "value_original": "537",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=177;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M601",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=177;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C08M601",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=177;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C08M601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.02",
    "value_original": "3.02",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=177;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C08M601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.35",
    "value_original": "1.35",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=177;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C08M601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.52",
    "value_original": "0.52",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=177;column=Burn time; s",
    "status": "extracted",
    "test_id": "C08M601",
    "unit": "s",
    "unit_original": "s",
    "value": "14.5",
    "value_original": "14.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=177;column=Test end",
    "status": "extracted",
    "test_id": "C08M601",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=178;column=Fuel",
    "status": "extracted",
    "test_id": "C09H501",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=178;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09H501",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.1408",
    "value_original": "533.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=178;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09H501",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=178;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09H501",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=178;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.32",
    "value_original": "3.32",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=178;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C09H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.61",
    "value_original": "2.61",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=178;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=178;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09H501",
    "unit": "s",
    "unit_original": "s",
    "value": "8.9",
    "value_original": "8.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=178;column=Test end",
    "status": "extracted",
    "test_id": "C09H501",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=179;column=Fuel",
    "status": "extracted",
    "test_id": "C09H601",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=179;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09H601",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2475",
    "value_original": "534.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=179;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09H601",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=179;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09H601",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=179;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.07",
    "value_original": "2.07",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=179;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C09H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.48",
    "value_original": "0.48",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=179;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.57",
    "value_original": "0.57",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=179;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09H601",
    "unit": "s",
    "unit_original": "s",
    "value": "7.5",
    "value_original": "7.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=179;column=Test end",
    "status": "extracted",
    "test_id": "C09H601",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=180;column=Fuel",
    "status": "extracted",
    "test_id": "C02H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=180;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C02H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.112",
    "value_original": "758.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=180;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C02H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.19",
    "value_original": "0.19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=180;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C02H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.71 | 0.1 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=180;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C02H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.4",
    "value_original": "3.4",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=180;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C02H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.13",
    "value_original": "3.13",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=180;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C02H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.41",
    "value_original": "0.41",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=180;column=Burn time; s",
    "status": "extracted",
    "test_id": "C02H101",
    "unit": "s",
    "unit_original": "s",
    "value": "4.5",
    "value_original": "4.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=180;column=Test end",
    "status": "extracted",
    "test_id": "C02H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=181;column=Fuel",
    "status": "extracted",
    "test_id": "C02H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=181;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C02H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.205",
    "value_original": "759.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=181;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C02H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.19",
    "value_original": "0.19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=181;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C02H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.71 | 0.1 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=181;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C02H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.48",
    "value_original": "2.48",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=181;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C02H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.68",
    "value_original": "1.68",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=181;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C02H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.49",
    "value_original": "0.49",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=181;column=Burn time; s",
    "status": "extracted",
    "test_id": "C02H201",
    "unit": "s",
    "unit_original": "s",
    "value": "7",
    "value_original": "7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=181;column=Test end",
    "status": "extracted",
    "test_id": "C02H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=182;column=Fuel",
    "status": "extracted",
    "test_id": "C02H202",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=182;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C02H202",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.192",
    "value_original": "759",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=182;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C02H202",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.19",
    "value_original": "0.19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=182;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C02H202",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.71 | 0.1 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=182;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C02H202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.64",
    "value_original": "1.64",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=182;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C02H202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.49",
    "value_original": "0.49",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=182;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C02H202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.54",
    "value_original": "0.54",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=182;column=Burn time; s",
    "status": "extracted",
    "test_id": "C02H202",
    "unit": "s",
    "unit_original": "s",
    "value": "5.1",
    "value_original": "5.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=182;column=Test end",
    "status": "extracted",
    "test_id": "C02H202",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=183;column=Fuel",
    "status": "extracted",
    "test_id": "C09M501",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=183;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09M501",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2475",
    "value_original": "534.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=183;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M501",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=183;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M501",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=183;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09M501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.72",
    "value_original": "3.72",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=183;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09M501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.53",
    "value_original": "0.53",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=183;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09M501",
    "unit": "s",
    "unit_original": "s",
    "value": "26.2",
    "value_original": "26.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=183;column=Test end",
    "status": "extracted",
    "test_id": "C09M501",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=184;column=Fuel",
    "status": "extracted",
    "test_id": "C09M502",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=184;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09M502",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.3408",
    "value_original": "535.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=184;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M502",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=184;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M502",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=184;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09M502",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.42",
    "value_original": "3.42",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=184;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09M502",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=184;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09M502",
    "unit": "s",
    "unit_original": "s",
    "value": "15.8",
    "value_original": "15.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=184;column=Test end",
    "status": "extracted",
    "test_id": "C09M502",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=185;column=Fuel",
    "status": "extracted",
    "test_id": "C09M601",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=185;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09M601",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.3541",
    "value_original": "535.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=185;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M601",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=185;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M601",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=185;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09M601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.8",
    "value_original": "2.8",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=185;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C09M601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.33",
    "value_original": "1.33",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=185;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09M601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=185;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09M601",
    "unit": "s",
    "unit_original": "s",
    "value": "12.7",
    "value_original": "12.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=185;column=Test end",
    "status": "extracted",
    "test_id": "C09M601",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=186;column=Fuel",
    "status": "extracted",
    "test_id": "C09M701",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=186;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C09M701",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.4875",
    "value_original": "536.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=186;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M701",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=186;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C09M701",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0.25 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=186;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C09M701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.47",
    "value_original": "2.47",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=186;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C09M701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.21",
    "value_original": "1.21",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=186;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C09M701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.52",
    "value_original": "0.52",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=186;column=Burn time; s",
    "status": "extracted",
    "test_id": "C09M701",
    "unit": "s",
    "unit_original": "s",
    "value": "9.2",
    "value_original": "9.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=186;column=Test end",
    "status": "extracted",
    "test_id": "C09M701",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=187;column=Fuel",
    "status": "extracted",
    "test_id": "C02M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=187;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C02M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.058",
    "value_original": "758",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=187;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C02M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.19",
    "value_original": "0.19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=187;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C02M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.71 | 0.1 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=187;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C02M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.38",
    "value_original": "3.38",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=187;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C02M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.29",
    "value_original": "1.29",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=187;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C02M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.47",
    "value_original": "0.47",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=187;column=Burn time; s",
    "status": "extracted",
    "test_id": "C02M101",
    "unit": "s",
    "unit_original": "s",
    "value": "21.8",
    "value_original": "21.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=187;column=Test end",
    "status": "extracted",
    "test_id": "C02M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=188;column=Fuel",
    "status": "extracted",
    "test_id": "C02M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=188;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C02M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.072",
    "value_original": "758.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=188;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C02M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.19",
    "value_original": "0.19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=188;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C02M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.71 | 0.1 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=188;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C02M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.47",
    "value_original": "2.47",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=188;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C02M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.08",
    "value_original": "1.08",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=188;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C02M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.46",
    "value_original": "0.46",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=188;column=Burn time; s",
    "status": "extracted",
    "test_id": "C02M201",
    "unit": "s",
    "unit_original": "s",
    "value": "11",
    "value_original": "11",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=188;column=Test end",
    "status": "extracted",
    "test_id": "C02M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=189;column=Fuel",
    "status": "extracted",
    "test_id": "C03M501",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=189;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03M501",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.485",
    "value_original": "761.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=189;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M501",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=189;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M501",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=189;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03M501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.77",
    "value_original": "3.77",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=189;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03M501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.78",
    "value_original": "1.78",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=189;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03M501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.42",
    "value_original": "0.42",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=189;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03M501",
    "unit": "s",
    "unit_original": "s",
    "value": "30.5",
    "value_original": "30.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=189;column=Test end",
    "status": "extracted",
    "test_id": "C03M501",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=190;column=Fuel",
    "status": "extracted",
    "test_id": "C03M601",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=190;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03M601",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.938",
    "value_original": "764.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=190;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M601",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=190;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M601",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=190;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03M601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.74",
    "value_original": "2.74",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=190;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03M601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.95",
    "value_original": "0.95",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=190;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03M601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=190;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03M601",
    "unit": "s",
    "unit_original": "s",
    "value": "14",
    "value_original": "14",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=190;column=Test end",
    "status": "extracted",
    "test_id": "C03M601",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=191;column=Fuel",
    "status": "extracted",
    "test_id": "C03M701",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=191;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C03M701",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.032",
    "value_original": "765.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=191;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M701",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=191;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C03M701",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0.15 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=191;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C03M701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.76",
    "value_original": "1.76",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=191;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C03M701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.81",
    "value_original": "0.81",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=191;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C03M701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.46",
    "value_original": "0.46",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=191;column=Burn time; s",
    "status": "extracted",
    "test_id": "C03M701",
    "unit": "s",
    "unit_original": "s",
    "value": "5.5",
    "value_original": "5.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=191;column=Test end",
    "status": "extracted",
    "test_id": "C03M701",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=192;column=Fuel",
    "status": "extracted",
    "test_id": "C04M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=192;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C04M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.258",
    "value_original": "759.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=192;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C04M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=192;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C04M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.63 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=192;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C04M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.46",
    "value_original": "3.46",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=192;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C04M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.39",
    "value_original": "0.39",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=192;column=Burn time; s",
    "status": "extracted",
    "test_id": "C04M101",
    "unit": "s",
    "unit_original": "s",
    "value": "21.8",
    "value_original": "21.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=192;column=Test end",
    "status": "extracted",
    "test_id": "C04M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=193;column=Fuel",
    "status": "extracted",
    "test_id": "C04M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=193;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C04M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.205",
    "value_original": "759.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=193;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C04M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=193;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C04M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.63 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=193;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C04M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.77",
    "value_original": "2.77",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=193;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C04M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.27",
    "value_original": "1.27",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=193;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C04M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.4",
    "value_original": "0.4",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=193;column=Burn time; s",
    "status": "extracted",
    "test_id": "C04M201",
    "unit": "s",
    "unit_original": "s",
    "value": "15.6",
    "value_original": "15.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=193;column=Test end",
    "status": "extracted",
    "test_id": "C04M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=194;column=Fuel",
    "status": "extracted",
    "test_id": "C04H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=194;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C04H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.258",
    "value_original": "752",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=194;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C04H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=194;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C04H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.63 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=194;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C04H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.76",
    "value_original": "3.76",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=194;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C04H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.71",
    "value_original": "3.71",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=194;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C04H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.29",
    "value_original": "0.29",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=194;column=Burn time; s",
    "status": "extracted",
    "test_id": "C04H101",
    "unit": "s",
    "unit_original": "s",
    "value": "1.6",
    "value_original": "1.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=194;column=Test end",
    "status": "extracted",
    "test_id": "C04H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=195;column=Fuel",
    "status": "extracted",
    "test_id": "C04H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=195;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C04H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.325",
    "value_original": "752.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=195;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C04H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=195;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C04H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.63 | 0.2 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=195;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C04H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.9",
    "value_original": "2.9",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=195;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C04H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.79",
    "value_original": "2.79",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=195;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C04H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.36",
    "value_original": "0.36",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=195;column=Burn time; s",
    "status": "extracted",
    "test_id": "C04H201",
    "unit": "s",
    "unit_original": "s",
    "value": "1.9",
    "value_original": "1.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=195;column=Test end",
    "status": "extracted",
    "test_id": "C04H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=196;column=Fuel",
    "status": "extracted",
    "test_id": "C01H501",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=196;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01H501",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.112",
    "value_original": "758.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=196;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H501",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=196;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H501",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=196;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.06",
    "value_original": "3.06",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=196;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.28",
    "value_original": "2.28",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=196;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01H501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.52",
    "value_original": "0.52",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=196;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01H501",
    "unit": "s",
    "unit_original": "s",
    "value": "8.9",
    "value_original": "8.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=196;column=Test end",
    "status": "extracted",
    "test_id": "C01H501",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=197;column=Fuel",
    "status": "extracted",
    "test_id": "C01H601",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=197;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01H601",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.298",
    "value_original": "759.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=197;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H601",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=197;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H601",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=197;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.04",
    "value_original": "3.04",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=197;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.33",
    "value_original": "2.33",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=197;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.49",
    "value_original": "0.49",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=197;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01H601",
    "unit": "s",
    "unit_original": "s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=197;column=Test end",
    "status": "extracted",
    "test_id": "C01H601",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=198;column=Fuel",
    "status": "extracted",
    "test_id": "C01H701",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=198;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01H701",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.338",
    "value_original": "760.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=198;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H701",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=198;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01H701",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=198;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01H701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.12",
    "value_original": "2.12",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=198;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01H701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.13",
    "value_original": "0.13",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=198;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01H701",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.53",
    "value_original": "0.53",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=198;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01H701",
    "unit": "s",
    "unit_original": "s",
    "value": "8.7",
    "value_original": "8.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=198;column=Test end",
    "status": "extracted",
    "test_id": "C01H701",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=199;column=Fuel",
    "status": "extracted",
    "test_id": "C01M501",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=199;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01M501",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.525",
    "value_original": "754",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=199;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M501",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=199;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M501",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=199;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01M501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.37",
    "value_original": "3.37",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=199;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01M501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.98",
    "value_original": "0.98",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=199;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01M501",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.49",
    "value_original": "0.49",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=199;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01M501",
    "unit": "s",
    "unit_original": "s",
    "value": "21",
    "value_original": "21",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=199;column=Test end",
    "status": "extracted",
    "test_id": "C01M501",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=200;column=Fuel",
    "status": "extracted",
    "test_id": "C01M602",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=200;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01M602",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.805",
    "value_original": "756.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=200;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M602",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=200;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M602",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=200;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01M602",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.57",
    "value_original": "2.57",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=200;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01M602",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.13",
    "value_original": "1.13",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=200;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01M602",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.47",
    "value_original": "0.47",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=200;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01M602",
    "unit": "s",
    "unit_original": "s",
    "value": "11.7",
    "value_original": "11.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=200;column=Test end",
    "status": "extracted",
    "test_id": "C01M602",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=201;column=Fuel",
    "status": "extracted",
    "test_id": "C01M603",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=201;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "C01M603",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.912",
    "value_original": "756.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=201;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M603",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, CO2; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=201;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "C01M603",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0.05 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=201;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "C01M603",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.4",
    "value_original": "2.4",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=201;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "C01M603",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.05",
    "value_original": "1.05",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=201;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "C01M603",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.48",
    "value_original": "0.48",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=201;column=Burn time; s",
    "status": "extracted",
    "test_id": "C01M603",
    "unit": "s",
    "unit_original": "s",
    "value": "10.2",
    "value_original": "10.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=201;column=Test end",
    "status": "extracted",
    "test_id": "C01M603",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=202;column=Fuel",
    "status": "extracted",
    "test_id": "N01M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=202;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N01M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.352",
    "value_original": "760.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=202;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=202;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01M101",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=202;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N01M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.3",
    "value_original": "3.3",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=202;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N01M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.42",
    "value_original": "1.42",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=202;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N01M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.47",
    "value_original": "0.47",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=202;column=Burn time; s",
    "status": "extracted",
    "test_id": "N01M101",
    "unit": "s",
    "unit_original": "s",
    "value": "19.5",
    "value_original": "19.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=202;column=Test end",
    "status": "extracted",
    "test_id": "N01M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=203;column=Fuel",
    "status": "extracted",
    "test_id": "N01M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=203;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N01M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.538",
    "value_original": "761.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=203;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=203;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01M201",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=203;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N01M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.75",
    "value_original": "2.75",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=203;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N01M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.11",
    "value_original": "1.11",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=203;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N01M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.52",
    "value_original": "0.52",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=203;column=Burn time; s",
    "status": "extracted",
    "test_id": "N01M201",
    "unit": "s",
    "unit_original": "s",
    "value": "12.8",
    "value_original": "12.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=203;column=Test end",
    "status": "extracted",
    "test_id": "N01M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=204;column=Fuel",
    "status": "extracted",
    "test_id": "N01H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=204;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N01H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.858",
    "value_original": "756.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=204;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=204;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H101",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=204;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N01H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.56",
    "value_original": "3.56",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=204;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N01H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.43",
    "value_original": "0.43",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=204;column=Burn time; s",
    "status": "extracted",
    "test_id": "N01H101",
    "unit": "s",
    "unit_original": "s",
    "value": "23.9",
    "value_original": "23.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=204;column=Test end",
    "status": "extracted",
    "test_id": "N01H101",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=205;column=Fuel",
    "status": "extracted",
    "test_id": "N01H102",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=205;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N01H102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.965",
    "value_original": "757.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=205;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=205;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H102",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=205;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N01H102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.58",
    "value_original": "3.58",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=205;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N01H102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.42",
    "value_original": "0.42",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=205;column=Burn time; s",
    "status": "extracted",
    "test_id": "N01H102",
    "unit": "s",
    "unit_original": "s",
    "value": "24",
    "value_original": "24",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=205;column=Test end",
    "status": "extracted",
    "test_id": "N01H102",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=206;column=Fuel",
    "status": "extracted",
    "test_id": "N01H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=206;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N01H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.352",
    "value_original": "760.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=206;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=206;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H201",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=206;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N01H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.96",
    "value_original": "2.96",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=206;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N01H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.47",
    "value_original": "0.47",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=206;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N01H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.5",
    "value_original": "0.5",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=206;column=Burn time; s",
    "status": "extracted",
    "test_id": "N01H201",
    "unit": "s",
    "unit_original": "s",
    "value": "17.1",
    "value_original": "17.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=206;column=Test end",
    "status": "extracted",
    "test_id": "N01H201",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=207;column=Fuel",
    "status": "extracted",
    "test_id": "N01H202",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=207;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N01H202",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.685",
    "value_original": "762.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=207;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H202",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=207;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H202",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=207;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N01H202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.72",
    "value_original": "2.72",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=207;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N01H202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.13",
    "value_original": "1.13",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=207;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N01H202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.54",
    "value_original": "0.54",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=207;column=Burn time; s",
    "status": "extracted",
    "test_id": "N01H202",
    "unit": "s",
    "unit_original": "s",
    "value": "11.5",
    "value_original": "11.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=207;column=Test end",
    "status": "extracted",
    "test_id": "N01H202",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=208;column=Fuel",
    "status": "extracted",
    "test_id": "N01H301",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=208;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N01H301",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.712",
    "value_original": "762.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=208;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H301",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=208;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H301",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=208;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N01H301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.92",
    "value_original": "2.92",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=208;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N01H301",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.69",
    "value_original": "0.69",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=208;column=Burn time; s",
    "status": "extracted",
    "test_id": "N01H301",
    "unit": "s",
    "unit_original": "s",
    "value": "12.8",
    "value_original": "12.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=208;column=Test end",
    "status": "extracted",
    "test_id": "N01H301",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=209;column=Fuel",
    "status": "extracted",
    "test_id": "N02H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=209;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N02H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.298",
    "value_original": "759.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=209;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N02H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.16",
    "value_original": "0.16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=209;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N02H101",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.84 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=209;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N02H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.34",
    "value_original": "3.34",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=209;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N02H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.18",
    "value_original": "3.18",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=209;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N02H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.34",
    "value_original": "0.34",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=209;column=Burn time; s",
    "status": "extracted",
    "test_id": "N02H101",
    "unit": "s",
    "unit_original": "s",
    "value": "3.4",
    "value_original": "3.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=209;column=Test end",
    "status": "extracted",
    "test_id": "N02H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=210;column=Fuel",
    "status": "extracted",
    "test_id": "N02H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=210;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N02H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.298",
    "value_original": "759.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=210;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N02H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.16",
    "value_original": "0.16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=210;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N02H201",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.84 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=210;column=Test end",
    "status": "extracted",
    "test_id": "N02H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=211;column=Fuel",
    "status": "extracted",
    "test_id": "N02H203",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=211;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N02H203",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.312",
    "value_original": "759.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=211;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N02H203",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.16",
    "value_original": "0.16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=211;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N02H203",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.84 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=211;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N02H203",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.52",
    "value_original": "2.52",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=211;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N02H203",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.13",
    "value_original": "2.13",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=211;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N02H203",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.42",
    "value_original": "0.42",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=211;column=Burn time; s",
    "status": "extracted",
    "test_id": "N02H203",
    "unit": "s",
    "unit_original": "s",
    "value": "4.5",
    "value_original": "4.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=211;column=Test end",
    "status": "extracted",
    "test_id": "N02H203",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=212;column=Fuel",
    "status": "extracted",
    "test_id": "N03H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=212;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N03H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.858",
    "value_original": "764",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=212;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N03H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=212;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N03H101",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.85 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=212;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N03H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.55",
    "value_original": "2.55",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=212;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N03H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.31",
    "value_original": "2.31",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=212;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N03H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.37",
    "value_original": "0.37",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=212;column=Burn time; s",
    "status": "extracted",
    "test_id": "N03H101",
    "unit": "s",
    "unit_original": "s",
    "value": "3.4",
    "value_original": "3.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=212;column=Test end",
    "status": "extracted",
    "test_id": "N03H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=213;column=Fuel",
    "status": "extracted",
    "test_id": "N04H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=213;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N04H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.298",
    "value_original": "759.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=213;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N04H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=213;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N04H101",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.86 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=213;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N04H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.16",
    "value_original": "4.16",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=213;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N04H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "4.15",
    "value_original": "4.15",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=213;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N04H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=213;column=Burn time; s",
    "status": "extracted",
    "test_id": "N04H101",
    "unit": "s",
    "unit_original": "s",
    "value": "1.6",
    "value_original": "1.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=213;column=Test end",
    "status": "extracted",
    "test_id": "N04H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=214;column=Fuel",
    "status": "extracted",
    "test_id": "N04H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=214;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N04H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.312",
    "value_original": "759.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=214;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N04H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=214;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N04H201",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.86 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=214;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N04H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.83",
    "value_original": "1.83",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=214;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N04H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.39",
    "value_original": "0.39",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=214;column=Burn time; s",
    "status": "extracted",
    "test_id": "N04H201",
    "unit": "s",
    "unit_original": "s",
    "value": "3.8",
    "value_original": "3.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=214;column=Test end",
    "status": "extracted",
    "test_id": "N04H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=215;column=Fuel",
    "status": "extracted",
    "test_id": "N04M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=215;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N04M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.005",
    "value_original": "757.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=215;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N04M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=215;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N04M101",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.86 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=215;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N04M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.5",
    "value_original": "3.5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=215;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N04M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=215;column=Burn time; s",
    "status": "extracted",
    "test_id": "N04M101",
    "unit": "s",
    "unit_original": "s",
    "value": "26",
    "value_original": "26",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=215;column=Test end",
    "status": "extracted",
    "test_id": "N04M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=216;column=Fuel",
    "status": "extracted",
    "test_id": "N04M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=216;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N04M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.098",
    "value_original": "758.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=216;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N04M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=216;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N04M201",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.86 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=216;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N04M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.67",
    "value_original": "2.67",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=216;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N04M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.27",
    "value_original": "1.27",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=216;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N04M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.38",
    "value_original": "0.38",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=216;column=Burn time; s",
    "status": "extracted",
    "test_id": "N04M201",
    "unit": "s",
    "unit_original": "s",
    "value": "15.6",
    "value_original": "15.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=216;column=Test end",
    "status": "extracted",
    "test_id": "N04M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=217;column=Fuel",
    "status": "extracted",
    "test_id": "N05M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=217;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N05M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.245",
    "value_original": "759.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=217;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N05M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.13",
    "value_original": "0.13",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=217;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N05M101",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.87 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=217;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N05M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.46",
    "value_original": "3.46",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=217;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N05M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.96",
    "value_original": "2.96",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=217;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N05M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.36",
    "value_original": "0.36",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=217;column=Burn time; s",
    "status": "extracted",
    "test_id": "N05M101",
    "unit": "s",
    "unit_original": "s",
    "value": "9.5",
    "value_original": "9.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=217;column=Test end",
    "status": "extracted",
    "test_id": "N05M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=218;column=Fuel",
    "status": "extracted",
    "test_id": "N05M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=218;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N05M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.405",
    "value_original": "760.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=218;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N05M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.13",
    "value_original": "0.13",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=218;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N05M201",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.87 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=218;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N05M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.75",
    "value_original": "2.75",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=218;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N05M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.46",
    "value_original": "1.46",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=218;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N05M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=218;column=Burn time; s",
    "status": "extracted",
    "test_id": "N05M201",
    "unit": "s",
    "unit_original": "s",
    "value": "16.3",
    "value_original": "16.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=218;column=Test end",
    "status": "extracted",
    "test_id": "N05M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=219;column=Fuel",
    "status": "extracted",
    "test_id": "N06M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=219;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N06M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.538",
    "value_original": "761.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=219;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N06M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.12",
    "value_original": "0.12",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=219;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N06M101",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.88 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=219;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N06M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.6",
    "value_original": "2.6",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=219;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N06M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.09",
    "value_original": "2.09",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=219;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N06M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.36",
    "value_original": "0.36",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=219;column=Burn time; s",
    "status": "extracted",
    "test_id": "N06M101",
    "unit": "s",
    "unit_original": "s",
    "value": "6.9",
    "value_original": "6.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=219;column=Test end",
    "status": "extracted",
    "test_id": "N06M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=220;column=Fuel",
    "status": "extracted",
    "test_id": "N06M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=220;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N06M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.578",
    "value_original": "761.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=220;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N06M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.12",
    "value_original": "0.12",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=220;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N06M201",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.88 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=220;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N06M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.94",
    "value_original": "1.94",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=220;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N06M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.05",
    "value_original": "1.05",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=220;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N06M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.35",
    "value_original": "0.35",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=220;column=Burn time; s",
    "status": "extracted",
    "test_id": "N06M201",
    "unit": "s",
    "unit_original": "s",
    "value": "7.8",
    "value_original": "7.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=220;column=Test end",
    "status": "extracted",
    "test_id": "N06M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=221;column=Fuel",
    "status": "extracted",
    "test_id": "N06M202",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=221;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N06M202",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.818",
    "value_original": "763.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=221;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N06M202",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.12",
    "value_original": "0.12",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=221;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N06M202",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.88 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=221;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N06M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.84",
    "value_original": "1.84",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=221;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N06M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.04",
    "value_original": "1.04",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=221;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N06M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.38",
    "value_original": "0.38",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=221;column=Burn time; s",
    "status": "extracted",
    "test_id": "N06M202",
    "unit": "s",
    "unit_original": "s",
    "value": "6",
    "value_original": "6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=221;column=Test end",
    "status": "extracted",
    "test_id": "N06M202",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=222;column=Fuel",
    "status": "extracted",
    "test_id": "H01M102",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=222;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H01M102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.218",
    "value_original": "759.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=222;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H01M102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=222;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H01M102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0 | 0.05",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=222;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H01M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.91",
    "value_original": "2.91",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=222;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H01M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.12",
    "value_original": "1.12",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=222;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H01M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=222;column=Burn time; s",
    "status": "extracted",
    "test_id": "H01M102",
    "unit": "s",
    "unit_original": "s",
    "value": "14.4",
    "value_original": "14.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=222;column=Test end",
    "status": "extracted",
    "test_id": "H01M102",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=223;column=Fuel",
    "status": "extracted",
    "test_id": "H01M104",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=223;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H01M104",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.272",
    "value_original": "759.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=223;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H01M104",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=223;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H01M104",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0 | 0.05",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "approximate (~) in source",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=223;column=Burn time; s",
    "status": "extracted",
    "test_id": "H01M104",
    "unit": "s",
    "unit_original": "s",
    "value": "6",
    "value_original": "~6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=223;column=Test end",
    "status": "extracted",
    "test_id": "H01M104",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=224;column=Fuel",
    "status": "extracted",
    "test_id": "H01H102",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=224;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H01H102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.698",
    "value_original": "755.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=224;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H01H102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=224;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H01H102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.75 | 0 | 0.05",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=224;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H01H102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.25",
    "value_original": "2.25",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=224;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H01H102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.57",
    "value_original": "0.57",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "approximate (~) in source",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=224;column=Burn time; s",
    "status": "extracted",
    "test_id": "H01H102",
    "unit": "s",
    "unit_original": "s",
    "value": "9",
    "value_original": "~9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=224;column=Test end",
    "status": "extracted",
    "test_id": "H01H102",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=225;column=Fuel",
    "status": "extracted",
    "test_id": "H02M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=225;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H02M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.445",
    "value_original": "753.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=225;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H02M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.19",
    "value_original": "0.19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=225;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H02M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.71 | 0 | 0.1",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=225;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H02M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.78",
    "value_original": "2.78",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=225;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H02M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.57",
    "value_original": "0.57",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=225;column=Burn time; s",
    "status": "extracted",
    "test_id": "H02M101",
    "unit": "s",
    "unit_original": "s",
    "value": "12.5",
    "value_original": "12.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=225;column=Test end",
    "status": "extracted",
    "test_id": "H02M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=226;column=Fuel",
    "status": "extracted",
    "test_id": "H03M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=226;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H03M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.218",
    "value_original": "759.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=226;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H03M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=226;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H03M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0 | 0.15",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=226;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H03M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.79",
    "value_original": "2.79",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=226;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H03M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.3",
    "value_original": "1.3",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=226;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H03M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=226;column=Burn time; s",
    "status": "extracted",
    "test_id": "H03M101",
    "unit": "s",
    "unit_original": "s",
    "value": "12.5",
    "value_original": "12.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=226;column=Test end",
    "status": "extracted",
    "test_id": "H03M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=227;column=Fuel",
    "status": "extracted",
    "test_id": "H03M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=227;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H03M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.365",
    "value_original": "760.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=227;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H03M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=227;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H03M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0 | 0.15",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=227;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H03M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.95",
    "value_original": "2.95",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=227;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H03M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.67",
    "value_original": "1.67",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=227;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H03M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.53",
    "value_original": "0.53",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=227;column=Burn time; s",
    "status": "extracted",
    "test_id": "H03M201",
    "unit": "s",
    "unit_original": "s",
    "value": "11.7",
    "value_original": "11.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=227;column=Test end",
    "status": "extracted",
    "test_id": "H03M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=228;column=Fuel",
    "status": "extracted",
    "test_id": "N01H401",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=228;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N01H401",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.312",
    "value_original": "767.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=228;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H401",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=228;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H401",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=228;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N01H401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.32",
    "value_original": "3.32",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=228;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N01H401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.37",
    "value_original": "1.37",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=228;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N01H401",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.52",
    "value_original": "0.52",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=228;column=Burn time; s",
    "status": "extracted",
    "test_id": "N01H401",
    "unit": "s",
    "unit_original": "s",
    "value": "17.5",
    "value_original": "17.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=228;column=Test end",
    "status": "extracted",
    "test_id": "N01H401",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=229;column=Fuel",
    "status": "extracted",
    "test_id": "N01H502",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=229;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N01H502",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.405",
    "value_original": "768.1",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=229;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H502",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=229;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H502",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=229;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N01H502",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.39",
    "value_original": "2.39",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=229;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N01H502",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.57",
    "value_original": "0.57",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=229;column=Burn time; s",
    "status": "extracted",
    "test_id": "N01H502",
    "unit": "s",
    "unit_original": "s",
    "value": "10.6",
    "value_original": "10.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=229;column=Test end",
    "status": "extracted",
    "test_id": "N01H502",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=230;column=Fuel",
    "status": "extracted",
    "test_id": "N01H601",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=230;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "N01H601",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.552",
    "value_original": "769.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=230;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H601",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=230;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "N01H601",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "0.79 | 0 | 0",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=230;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "N01H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.65",
    "value_original": "3.65",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=230;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "N01H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.85",
    "value_original": "2.85",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=230;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "N01H601",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.57",
    "value_original": "0.57",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=230;column=Burn time; s",
    "status": "extracted",
    "test_id": "N01H601",
    "unit": "s",
    "unit_original": "s",
    "value": "9.6",
    "value_original": "9.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=230;column=Test end",
    "status": "extracted",
    "test_id": "N01H601",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=231;column=Fuel",
    "status": "extracted",
    "test_id": "H02H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=231;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H02H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.165",
    "value_original": "758.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=231;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H02H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.19",
    "value_original": "0.19",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=231;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H02H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.71 | 0 | 0.1",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=231;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H02H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.59",
    "value_original": "2.59",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=231;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H02H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.54",
    "value_original": "0.54",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=231;column=Burn time; s",
    "status": "extracted",
    "test_id": "H02H101",
    "unit": "s",
    "unit_original": "s",
    "value": "12",
    "value_original": "12",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=231;column=Test end",
    "status": "extracted",
    "test_id": "H02H101",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=232;column=Fuel",
    "status": "extracted",
    "test_id": "H03H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=232;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H03H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.818",
    "value_original": "763.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=232;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H03H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=232;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H03H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0 | 0.15",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=232;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H03H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.52",
    "value_original": "3.52",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=232;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H03H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.28",
    "value_original": "3.28",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=232;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H03H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.41",
    "value_original": "0.41",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=232;column=Burn time; s",
    "status": "extracted",
    "test_id": "H03H101",
    "unit": "s",
    "unit_original": "s",
    "value": "4.1",
    "value_original": "4.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=232;column=Test end",
    "status": "extracted",
    "test_id": "H03H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=233;column=Fuel",
    "status": "extracted",
    "test_id": "H03H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=233;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H03H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.112",
    "value_original": "765.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=233;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H03H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=233;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H03H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0 | 0.15",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=233;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H03H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.3",
    "value_original": "2.3",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=233;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H03H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.49",
    "value_original": "0.49",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=233;column=Burn time; s",
    "status": "extracted",
    "test_id": "H03H201",
    "unit": "s",
    "unit_original": "s",
    "value": "9.1",
    "value_original": "9.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=233;column=Test end",
    "status": "extracted",
    "test_id": "H03H201",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=234;column=Fuel",
    "status": "extracted",
    "test_id": "H03H202",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=234;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H03H202",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.192",
    "value_original": "766.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=234;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H03H202",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=234;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H03H202",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.67 | 0 | 0.15",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=234;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H03H202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.27",
    "value_original": "2.27",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=234;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H03H202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=234;column=Burn time; s",
    "status": "extracted",
    "test_id": "H03H202",
    "unit": "s",
    "unit_original": "s",
    "value": "8.6",
    "value_original": "8.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=234;column=Test end",
    "status": "extracted",
    "test_id": "H03H202",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=235;column=Fuel",
    "status": "extracted",
    "test_id": "H04H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=235;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H04H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.232",
    "value_original": "759.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=235;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=235;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.63 | 0 | 0.2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=235;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H04H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.85",
    "value_original": "2.85",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=235;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H04H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.6",
    "value_original": "2.6",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=235;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H04H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.46",
    "value_original": "0.46",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=235;column=Burn time; s",
    "status": "extracted",
    "test_id": "H04H101",
    "unit": "s",
    "unit_original": "s",
    "value": "3.2",
    "value_original": "3.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=235;column=Test end",
    "status": "extracted",
    "test_id": "H04H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=236;column=Fuel",
    "status": "extracted",
    "test_id": "H04H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=236;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H04H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.232",
    "value_original": "759.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=236;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=236;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.63 | 0 | 0.2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=236;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H04H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.12",
    "value_original": "2.12",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=236;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H04H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.39",
    "value_original": "1.39",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=236;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H04H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.59",
    "value_original": "0.59",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=236;column=Burn time; s",
    "status": "extracted",
    "test_id": "H04H201",
    "unit": "s",
    "unit_original": "s",
    "value": "4.5",
    "value_original": "4.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=236;column=Test end",
    "status": "extracted",
    "test_id": "H04H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=237;column=Fuel",
    "status": "extracted",
    "test_id": "H04H302",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=237;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H04H302",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.272",
    "value_original": "759.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=237;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04H302",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=237;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04H302",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.63 | 0 | 0.2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=237;column=Burn time; s",
    "status": "extracted",
    "test_id": "H04H302",
    "unit": "s",
    "unit_original": "s",
    "value": "1.7",
    "value_original": "1.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=237;column=Test end",
    "status": "extracted",
    "test_id": "H04H302",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=238;column=Fuel",
    "status": "extracted",
    "test_id": "H04H303",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=238;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H04H303",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.298",
    "value_original": "759.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=238;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04H303",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=238;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04H303",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.63 | 0 | 0.2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=238;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H04H303",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.61",
    "value_original": "1.61",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=238;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H04H303",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.91",
    "value_original": "0.91",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=238;column=Burn time; s",
    "status": "extracted",
    "test_id": "H04H303",
    "unit": "s",
    "unit_original": "s",
    "value": "2.7",
    "value_original": "2.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=238;column=Test end",
    "status": "extracted",
    "test_id": "H04H303",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=239;column=Fuel",
    "status": "extracted",
    "test_id": "H04M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=239;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H04M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.552",
    "value_original": "754.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=239;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=239;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.63 | 0 | 0.2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=239;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H04M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.99",
    "value_original": "2.99",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=239;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H04M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.49",
    "value_original": "0.49",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=239;column=Burn time; s",
    "status": "extracted",
    "test_id": "H04M101",
    "unit": "s",
    "unit_original": "s",
    "value": "9.1",
    "value_original": "9.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=239;column=Test end",
    "status": "extracted",
    "test_id": "H04M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=240;column=Fuel",
    "status": "extracted",
    "test_id": "H04M202",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=240;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H04M202",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.925",
    "value_original": "757",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=240;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04M202",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=240;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H04M202",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.63 | 0 | 0.2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=240;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H04M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.9",
    "value_original": "2.9",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=240;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H04M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.42",
    "value_original": "1.42",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=240;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H04M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=240;column=Burn time; s",
    "status": "extracted",
    "test_id": "H04M202",
    "unit": "s",
    "unit_original": "s",
    "value": "13.1",
    "value_original": "13.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=240;column=Test end",
    "status": "extracted",
    "test_id": "H04M202",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=241;column=Fuel",
    "status": "extracted",
    "test_id": "H05M102",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=241;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H05M102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.312",
    "value_original": "759.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=241;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H05M102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.16",
    "value_original": "0.16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=241;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H05M102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.59 | 0 | 0.25",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=241;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H05M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.4",
    "value_original": "3.4",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=241;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H05M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.79",
    "value_original": "2.79",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=241;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H05M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=241;column=Burn time; s",
    "status": "extracted",
    "test_id": "H05M102",
    "unit": "s",
    "unit_original": "s",
    "value": "7.9",
    "value_original": "7.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=241;column=Test end",
    "status": "extracted",
    "test_id": "H05M102",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=242;column=Fuel",
    "status": "extracted",
    "test_id": "H05M202",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=242;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H05M202",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.458",
    "value_original": "761",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=242;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H05M202",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.16",
    "value_original": "0.16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=242;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H05M202",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.59 | 0 | 0.25",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=242;column=Burn time; s",
    "status": "extracted",
    "test_id": "H05M202",
    "unit": "s",
    "unit_original": "s",
    "value": "5",
    "value_original": "5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=242;column=Test end",
    "status": "extracted",
    "test_id": "H05M202",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=243;column=Fuel",
    "status": "extracted",
    "test_id": "H05H103",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=243;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H05H103",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.045",
    "value_original": "757.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=243;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H05H103",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.16",
    "value_original": "0.16",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=243;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H05H103",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.59 | 0 | 0.25",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=243;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H05H103",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.49",
    "value_original": "1.49",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=243;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H05H103",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.69",
    "value_original": "0.69",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=243;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H05H103",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.6",
    "value_original": "0.6",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=243;column=Burn time; s",
    "status": "extracted",
    "test_id": "H05H103",
    "unit": "s",
    "unit_original": "s",
    "value": "2.9",
    "value_original": "2.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=243;column=Test end",
    "status": "extracted",
    "test_id": "H05H103",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=244;column=Fuel",
    "status": "extracted",
    "test_id": "H06M102",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=244;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H06M102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.738",
    "value_original": "755.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=244;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H06M102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=244;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H06M102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.55 | 0 | 0.3",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=244;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H06M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.67",
    "value_original": "3.67",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=244;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H06M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.47",
    "value_original": "3.47",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=244;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H06M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.43",
    "value_original": "0.43",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=244;column=Burn time; s",
    "status": "extracted",
    "test_id": "H06M102",
    "unit": "s",
    "unit_original": "s",
    "value": "3.6",
    "value_original": "3.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=244;column=Test end",
    "status": "extracted",
    "test_id": "H06M102",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=245;column=Fuel",
    "status": "extracted",
    "test_id": "H06M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=245;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H06M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "100.885",
    "value_original": "756.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=245;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H06M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.15",
    "value_original": "0.15",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=245;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H06M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.55 | 0 | 0.3",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=245;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H06M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.52",
    "value_original": "2.52",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=245;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H06M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.06",
    "value_original": "2.06",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=245;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H06M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.56",
    "value_original": "0.56",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=245;column=Burn time; s",
    "status": "extracted",
    "test_id": "H06M201",
    "unit": "s",
    "unit_original": "s",
    "value": "4",
    "value_original": "4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=245;column=Test end",
    "status": "extracted",
    "test_id": "H06M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=246;column=Fuel",
    "status": "extracted",
    "test_id": "H07M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=246;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H07M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.218",
    "value_original": "759.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=246;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H07M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=246;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H07M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.51 | 0 | 0.35",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=246;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H07M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.44",
    "value_original": "2.44",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=246;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H07M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.26",
    "value_original": "2.26",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=246;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H07M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.56",
    "value_original": "0.56",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=246;column=Burn time; s",
    "status": "extracted",
    "test_id": "H07M101",
    "unit": "s",
    "unit_original": "s",
    "value": "1.5",
    "value_original": "1.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=246;column=Test end",
    "status": "extracted",
    "test_id": "H07M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=247;column=Fuel",
    "status": "extracted",
    "test_id": "H07M202",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=247;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H07M202",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.298",
    "value_original": "759.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=247;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H07M202",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.14",
    "value_original": "0.14",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=247;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H07M202",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.51 | 0 | 0.35",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=247;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H07M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.88",
    "value_original": "1.88",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=247;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H07M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.73",
    "value_original": "1.73",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=247;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H07M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.58",
    "value_original": "0.58",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=247;column=Burn time; s",
    "status": "extracted",
    "test_id": "H07M202",
    "unit": "s",
    "unit_original": "s",
    "value": "1",
    "value_original": "1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=247;column=Test end",
    "status": "extracted",
    "test_id": "H07M202",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=248;column=Fuel",
    "status": "extracted",
    "test_id": "H08M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=248;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H08M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.792",
    "value_original": "763.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=248;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H08M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.13",
    "value_original": "0.13",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=248;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H08M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.47 | 0 | 0.4",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=248;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H08M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.56",
    "value_original": "3.56",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=248;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H08M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.54",
    "value_original": "3.54",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=248;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H08M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.51",
    "value_original": "0.51",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=248;column=Burn time; s",
    "status": "extracted",
    "test_id": "H08M101",
    "unit": "s",
    "unit_original": "s",
    "value": "0.3",
    "value_original": "0.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=248;column=Test end",
    "status": "extracted",
    "test_id": "H08M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=249;column=Fuel",
    "status": "extracted",
    "test_id": "H10H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=249;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H10H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.1941",
    "value_original": "534",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=249;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H10H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=249;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H10H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0 | 0.2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=249;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H10H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.78",
    "value_original": "3.78",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=249;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H10H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.52",
    "value_original": "2.52",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=249;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H10H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.72",
    "value_original": "0.72",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=249;column=Burn time; s",
    "status": "extracted",
    "test_id": "H10H101",
    "unit": "s",
    "unit_original": "s",
    "value": "12.2",
    "value_original": "12.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=249;column=Test end",
    "status": "extracted",
    "test_id": "H10H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=250;column=Fuel",
    "status": "extracted",
    "test_id": "H11H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=250;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H11H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9542",
    "value_original": "532.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=250;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H11H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=250;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H11H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0 | 0.25",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=250;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H11H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.8",
    "value_original": "2.8",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=250;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H11H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.12",
    "value_original": "0.12",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=250;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H11H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.71",
    "value_original": "0.71",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=250;column=Burn time; s",
    "status": "extracted",
    "test_id": "H11H101",
    "unit": "s",
    "unit_original": "s",
    "value": "11.4",
    "value_original": "11.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=250;column=Test end",
    "status": "extracted",
    "test_id": "H11H101",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=251;column=Fuel",
    "status": "extracted",
    "test_id": "H10M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=251;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H10M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2341",
    "value_original": "534.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=251;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H10M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=251;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H10M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0 | 0.2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=251;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H10M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.82",
    "value_original": "2.82",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=251;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H10M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.03",
    "value_original": "1.03",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=251;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H10M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.62",
    "value_original": "0.62",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=251;column=Burn time; s",
    "status": "extracted",
    "test_id": "H10M101",
    "unit": "s",
    "unit_original": "s",
    "value": "11.2",
    "value_original": "11.2",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=251;column=Test end",
    "status": "extracted",
    "test_id": "H10M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=252;column=Fuel",
    "status": "extracted",
    "test_id": "H10M102",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=252;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H10M102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.2741",
    "value_original": "534.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=252;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H10M102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.24",
    "value_original": "0.24",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=252;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H10M102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.56 | 0 | 0.2",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=252;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H10M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.79",
    "value_original": "2.79",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=252;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H10M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.53",
    "value_original": "1.53",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=252;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H10M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.7",
    "value_original": "0.7",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=252;column=Burn time; s",
    "status": "extracted",
    "test_id": "H10M102",
    "unit": "s",
    "unit_original": "s",
    "value": "8.1",
    "value_original": "8.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=252;column=Test end",
    "status": "extracted",
    "test_id": "H10M102",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=253;column=Fuel",
    "status": "extracted",
    "test_id": "H11M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=253;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H11M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.8875",
    "value_original": "531.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=253;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H11M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=253;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H11M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0 | 0.25",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=253;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H11M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.45",
    "value_original": "2.45",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=253;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H11M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.86",
    "value_original": "0.86",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=253;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H11M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.6",
    "value_original": "0.6",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=253;column=Burn time; s",
    "status": "extracted",
    "test_id": "H11M101",
    "unit": "s",
    "unit_original": "s",
    "value": "8.3",
    "value_original": "8.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=253;column=Test end",
    "status": "extracted",
    "test_id": "H11M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=254;column=Fuel",
    "status": "extracted",
    "test_id": "H11M102",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=254;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H11M102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9008",
    "value_original": "531.8",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=254;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H11M102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.23",
    "value_original": "0.23",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=254;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H11M102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.52 | 0 | 0.25",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=254;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H11M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.61",
    "value_original": "2.61",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=254;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H11M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.73",
    "value_original": "0.73",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=254;column=Burn time; s",
    "status": "extracted",
    "test_id": "H11M102",
    "unit": "s",
    "unit_original": "s",
    "value": "6.3",
    "value_original": "6.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=254;column=Test end",
    "status": "extracted",
    "test_id": "H11M102",
    "unit": "",
    "unit_original": "",
    "value": "Disruption",
    "value_original": "Disruption",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=255;column=Fuel",
    "status": "extracted",
    "test_id": "H12M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=255;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H12M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9142",
    "value_original": "531.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=255;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H12M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=255;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H12M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0 | 0.3",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=255;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H12M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.22",
    "value_original": "3.22",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=255;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H12M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.56",
    "value_original": "0.56",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=255;column=Burn time; s",
    "status": "extracted",
    "test_id": "H12M101",
    "unit": "s",
    "unit_original": "s",
    "value": "10.4",
    "value_original": "10.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=255;column=Test end",
    "status": "extracted",
    "test_id": "H12M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=256;column=Fuel",
    "status": "extracted",
    "test_id": "H12M102",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=256;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H12M102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.8208",
    "value_original": "531.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=256;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H12M102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=256;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H12M102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0 | 0.3",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=256;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H12M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.25",
    "value_original": "3.25",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=256;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H12M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.78",
    "value_original": "1.78",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=256;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H12M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.65",
    "value_original": "0.65",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=256;column=Burn time; s",
    "status": "extracted",
    "test_id": "H12M102",
    "unit": "s",
    "unit_original": "s",
    "value": "12.1",
    "value_original": "12.1",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=256;column=Test end",
    "status": "extracted",
    "test_id": "H12M102",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=257;column=Fuel",
    "status": "extracted",
    "test_id": "H12M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=257;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H12M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.8208",
    "value_original": "531.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=257;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H12M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=257;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H12M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0 | 0.3",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=257;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H12M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.67",
    "value_original": "2.67",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=257;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H12M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.42",
    "value_original": "1.42",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=257;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H12M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.7",
    "value_original": "0.7",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=257;column=Burn time; s",
    "status": "extracted",
    "test_id": "H12M201",
    "unit": "s",
    "unit_original": "s",
    "value": "7.6",
    "value_original": "7.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=257;column=Test end",
    "status": "extracted",
    "test_id": "H12M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=258;column=Fuel",
    "status": "extracted",
    "test_id": "H12H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=258;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H12H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.6075",
    "value_original": "529.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=258;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H12H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=258;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H12H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0 | 0.3",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=258;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H12H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.23",
    "value_original": "3.23",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=258;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H12H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.33",
    "value_original": "2.33",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=258;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H12H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.67",
    "value_original": "0.67",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=258;column=Burn time; s",
    "status": "extracted",
    "test_id": "H12H101",
    "unit": "s",
    "unit_original": "s",
    "value": "7.5",
    "value_original": "7.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=258;column=Test end",
    "status": "extracted",
    "test_id": "H12H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=259;column=Fuel",
    "status": "extracted",
    "test_id": "H12H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=259;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H12H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.5275",
    "value_original": "529",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=259;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H12H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=259;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H12H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.49 | 0 | 0.3",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=259;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H12H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.86",
    "value_original": "2.86",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=259;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H12H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.71",
    "value_original": "0.71",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=259;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H12H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.7",
    "value_original": "0.7",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=259;column=Burn time; s",
    "status": "extracted",
    "test_id": "H12H201",
    "unit": "s",
    "unit_original": "s",
    "value": "11",
    "value_original": "11",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=259;column=Test end",
    "status": "extracted",
    "test_id": "H12H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=260;column=Fuel",
    "status": "extracted",
    "test_id": "H13H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=260;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H13H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9942",
    "value_original": "532.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=260;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H13H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=260;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H13H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.45 | 0 | 0.35",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=260;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H13H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.69",
    "value_original": "3.69",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=260;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H13H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.32",
    "value_original": "3.32",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=260;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H13H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.61",
    "value_original": "0.61",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=260;column=Burn time; s",
    "status": "extracted",
    "test_id": "H13H101",
    "unit": "s",
    "unit_original": "s",
    "value": "4.3",
    "value_original": "4.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=260;column=Test end",
    "status": "extracted",
    "test_id": "H13H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=261;column=Fuel",
    "status": "extracted",
    "test_id": "H13H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=261;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H13H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9275",
    "value_original": "532",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=261;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H13H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=261;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H13H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.45 | 0 | 0.35",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=261;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H13H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.08",
    "value_original": "3.08",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=261;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H13H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.69",
    "value_original": "1.69",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=261;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H13H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.67",
    "value_original": "0.67",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=261;column=Burn time; s",
    "status": "extracted",
    "test_id": "H13H201",
    "unit": "s",
    "unit_original": "s",
    "value": "5.4",
    "value_original": "5.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=261;column=Test end",
    "status": "extracted",
    "test_id": "H13H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=262;column=Fuel",
    "status": "extracted",
    "test_id": "H13M102",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=262;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H13M102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.3409",
    "value_original": "527.6",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=262;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H13M102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=262;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H13M102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.45 | 0 | 0.35",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=262;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H13M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.87",
    "value_original": "3.87",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=262;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H13M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.24",
    "value_original": "2.24",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=262;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H13M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.6",
    "value_original": "0.6",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=262;column=Burn time; s",
    "status": "extracted",
    "test_id": "H13M102",
    "unit": "s",
    "unit_original": "s",
    "value": "17.4",
    "value_original": "17.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=262;column=Test end",
    "status": "extracted",
    "test_id": "H13M102",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=263;column=Fuel",
    "status": "extracted",
    "test_id": "H13M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=263;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H13M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.3809",
    "value_original": "527.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=263;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H13M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.2",
    "value_original": "0.2",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=263;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H13M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.45 | 0 | 0.35",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=263;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H13M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.95",
    "value_original": "2.95",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=263;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H13M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.5",
    "value_original": "1.5",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=263;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H13M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.63",
    "value_original": "0.63",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=263;column=Burn time; s",
    "status": "extracted",
    "test_id": "H13M201",
    "unit": "s",
    "unit_original": "s",
    "value": "10.6",
    "value_original": "10.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=263;column=Test end",
    "status": "extracted",
    "test_id": "H13M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=264;column=Fuel",
    "status": "extracted",
    "test_id": "H14M101",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=264;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H14M101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9808",
    "value_original": "532.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=264;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H14M101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=264;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H14M101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0 | 0.4",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=264;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H14M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.5",
    "value_original": "3.5",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=264;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H14M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.67",
    "value_original": "2.67",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=264;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H14M101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.59",
    "value_original": "0.59",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=264;column=Burn time; s",
    "status": "extracted",
    "test_id": "H14M101",
    "unit": "s",
    "unit_original": "s",
    "value": "7.8",
    "value_original": "7.8",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=264;column=Test end",
    "status": "extracted",
    "test_id": "H14M101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=265;column=Fuel",
    "status": "extracted",
    "test_id": "H14M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=265;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H14M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.0475",
    "value_original": "532.9",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=265;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H14M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=265;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H14M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0 | 0.4",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=265;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H14M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.7",
    "value_original": "2.7",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=265;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H14M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.92",
    "value_original": "1.92",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=265;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H14M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.63",
    "value_original": "0.63",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=265;column=Burn time; s",
    "status": "extracted",
    "test_id": "H14M201",
    "unit": "s",
    "unit_original": "s",
    "value": "5.9",
    "value_original": "5.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=265;column=Test end",
    "status": "extracted",
    "test_id": "H14M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=266;column=Fuel",
    "status": "extracted",
    "test_id": "H14M202",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=266;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H14M202",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "71.0875",
    "value_original": "533.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=266;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H14M202",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=266;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H14M202",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0 | 0.4",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=266;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H14M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.84",
    "value_original": "1.84",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=266;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H14M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.3",
    "value_original": "1.3",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=266;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H14M202",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.62",
    "value_original": "0.62",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=266;column=Burn time; s",
    "status": "extracted",
    "test_id": "H14M202",
    "unit": "s",
    "unit_original": "s",
    "value": "2.3",
    "value_original": "2.3",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=266;column=Test end",
    "status": "extracted",
    "test_id": "H14M202",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=267;column=Fuel",
    "status": "extracted",
    "test_id": "H14H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=267;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H14H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.3942",
    "value_original": "528",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=267;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H14H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=267;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H14H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0 | 0.4",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=267;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H14H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.27",
    "value_original": "2.27",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=267;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H14H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.64",
    "value_original": "1.64",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=267;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H14H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.71",
    "value_original": "0.71",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=267;column=Burn time; s",
    "status": "extracted",
    "test_id": "H14H101",
    "unit": "s",
    "unit_original": "s",
    "value": "3.5",
    "value_original": "3.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=267;column=Test end",
    "status": "extracted",
    "test_id": "H14H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=268;column=Fuel",
    "status": "extracted",
    "test_id": "H14H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=268;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H14H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.7009",
    "value_original": "530.3",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=268;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H14H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.18",
    "value_original": "0.18",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=268;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H14H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.42 | 0 | 0.4",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=268;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H14H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.86",
    "value_original": "1.86",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=268;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H14H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.84",
    "value_original": "0.84",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=268;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H14H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.77",
    "value_original": "0.77",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=268;column=Burn time; s",
    "status": "extracted",
    "test_id": "H14H201",
    "unit": "s",
    "unit_original": "s",
    "value": "3.5",
    "value_original": "3.5",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=268;column=Test end",
    "status": "extracted",
    "test_id": "H14H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=269;column=Fuel",
    "status": "extracted",
    "test_id": "H15H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=269;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H15H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9542",
    "value_original": "532.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=269;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H15H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=269;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H15H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0 | 0.45",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=269;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H15H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.22",
    "value_original": "2.22",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=269;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H15H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.86",
    "value_original": "1.86",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=269;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H15H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.76",
    "value_original": "0.76",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=269;column=Burn time; s",
    "status": "extracted",
    "test_id": "H15H101",
    "unit": "s",
    "unit_original": "s",
    "value": "1.9",
    "value_original": "1.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=269;column=Test end",
    "status": "extracted",
    "test_id": "H15H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=270;column=Fuel",
    "status": "extracted",
    "test_id": "H15H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=270;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H15H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.9942",
    "value_original": "532.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=270;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H15H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=270;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H15H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0 | 0.45",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=270;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H15H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.61",
    "value_original": "1.61",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=270;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H15H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.91",
    "value_original": "0.91",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=270;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H15H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.06",
    "value_original": "1.06",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=270;column=Burn time; s",
    "status": "extracted",
    "test_id": "H15H201",
    "unit": "s",
    "unit_original": "s",
    "value": "1.4",
    "value_original": "1.4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=270;column=Test end",
    "status": "extracted",
    "test_id": "H15H201",
    "unit": "",
    "unit_original": "",
    "value": "Completion",
    "value_original": "Completion",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=271;column=Fuel",
    "status": "extracted",
    "test_id": "H15M102",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=271;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H15M102",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.7142",
    "value_original": "530.4",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=271;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H15M102",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=271;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H15M102",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0 | 0.45",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=271;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H15M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.79",
    "value_original": "2.79",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=271;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H15M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.3",
    "value_original": "2.3",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=271;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H15M102",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.63",
    "value_original": "0.63",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=271;column=Burn time; s",
    "status": "extracted",
    "test_id": "H15M102",
    "unit": "s",
    "unit_original": "s",
    "value": "4",
    "value_original": "4",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=271;column=Test end",
    "status": "extracted",
    "test_id": "H15M102",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=272;column=Fuel",
    "status": "extracted",
    "test_id": "H15M201",
    "unit": "",
    "unit_original": "",
    "value": "Methanol",
    "value_original": "Methanol",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=272;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H15M201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "70.8608",
    "value_original": "531.5",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=272;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H15M201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.17",
    "value_original": "0.17",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=272;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H15M201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.38 | 0 | 0.45",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=272;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H15M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.68",
    "value_original": "2.68",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=272;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H15M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.31",
    "value_original": "2.31",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=272;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H15M201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.66",
    "value_original": "0.66",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=272;column=Burn time; s",
    "status": "extracted",
    "test_id": "H15M201",
    "unit": "s",
    "unit_original": "s",
    "value": "2.9",
    "value_original": "2.9",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=272;column=Test end",
    "status": "extracted",
    "test_id": "H15M201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=273;column=Fuel",
    "status": "extracted",
    "test_id": "H19H101",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=273;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H19H101",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "101.952",
    "value_original": "764.7",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=273;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H19H101",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=273;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H19H101",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.64 | 0 | 0.15",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=273;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H19H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "3.54",
    "value_original": "3.54",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=273;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H19H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.91",
    "value_original": "2.91",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=273;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H19H101",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.55",
    "value_original": "0.55",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=273;column=Burn time; s",
    "status": "extracted",
    "test_id": "H19H101",
    "unit": "s",
    "unit_original": "s",
    "value": "7.6",
    "value_original": "7.6",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=273;column=Test end",
    "status": "extracted",
    "test_id": "H19H101",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Fuel",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=274;column=Fuel",
    "status": "extracted",
    "test_id": "H19H201",
    "unit": "",
    "unit_original": "",
    "value": "Heptane",
    "value_original": "Heptane",
    "variable": "fuel"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "mmHg x 101.325/760; rounded to 6 significant digits",
    "quote": "Ambient pressure; mmHg",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=274;column=Ambient pressure; mmHg",
    "status": "extracted",
    "test_id": "H19H201",
    "unit": "kPa",
    "unit_original": "mmHg",
    "value": "102.152",
    "value_original": "766.2",
    "variable": "pressure"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "O initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=274;column=O initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H19H201",
    "unit": "1",
    "unit_original": "mole fraction",
    "value": "0.21",
    "value_original": "0.21",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "non-zero: N2, He; initial ambient composition; header subscripts lost in the CSV: O, N, CO, He read as O2, N2, CO2, He (see SUMMARY.md)",
    "quote": "N initial ambient composition; mole fraction | CO initial ambient composition; mole fraction | He initial ambient composition; mole fraction",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=274;column=N initial ambient composition; mole fraction;column=CO initial ambient composition; mole fraction;column=He initial ambient composition; mole fraction",
    "status": "extracted",
    "test_id": "H19H201",
    "unit": "",
    "unit_original": "",
    "value": "mixed",
    "value_original": "0.64 | 0 | 0.15",
    "variable": "diluent"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Droplet initial diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=274;column=Droplet initial diameter; mm",
    "status": "extracted",
    "test_id": "H19H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "2.82",
    "value_original": "2.82",
    "variable": "droplet_diameter_initial"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Visible flame extinction diameter; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=274;column=Visible flame extinction diameter; mm",
    "status": "extracted",
    "test_id": "H19H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.73",
    "value_original": "0.73",
    "variable": "outcome:visible_flame_extinction_diameter"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "header gives the unit 'mm', which is not a unit of burning rate; the true unit (likely a superscript lost in the CSV) is not stated",
    "quote": "Burning rate; mm",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=274;column=Burning rate; mm",
    "status": "insufficient_evidence",
    "test_id": "H19H201",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.65",
    "value_original": "0.65",
    "variable": "outcome:burning_rate"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "",
    "quote": "Burn time; s",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=274;column=Burn time; s",
    "status": "extracted",
    "test_id": "H19H201",
    "unit": "s",
    "unit_original": "s",
    "value": "11.7",
    "value_original": "11.7",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "table",
    "note": "as written in the table",
    "quote": "Test end",
    "source_file": "psi-data/PSI-69/Experimental table/PSI-69_Experimental table_FLEX.csv",
    "source_location": "row=274;column=Test end",
    "status": "extracted",
    "test_id": "H19H201",
    "unit": "",
    "unit_original": "",
    "value": "Extinction",
    "value_original": "Extinction",
    "variable": "outcome:test_end"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "document",
    "note": "confidence ambiguous (Objective statement ('aims to'), not a statement that the tests were run in microgravity (brief rule 3). No g-level stated. 'reduced gravity conditions' in the same sentence refers to the predictive models; not read as partial gravity.); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The FLEX (Flame Extinguishment Experiment) investigation aims to map the flammability limits of liquid fuels in microgravity environments, measure the effectiveness of various gaseous fire suppressants such as CO2, He, and SF6, and develop reliable predictive models for combustion limits under reduced gravity conditions.",
    "source_file": "psi-data/PSI-69/_investigation/PSI-69.json",
    "source_location": "section=objective",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "document",
    "note": "confidence ambiguous (Scope sentence of the Description of Data: says what FLEX investigates, not that the tests were run in microgravity. No g-level stated. Grammar ('quantify') as in the source.); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "FLEX (Flame Extinguishment Experiment) investigates the effectiveness of fire suppressants in microgravity and quantify the effect of different possible crew exploration atmospheres on fire suppression.",
    "source_file": "psi-data/PSI-69/Science Documents/PSI-69_Science Documents_FLEX DoD.docx",
    "source_location": "paragraph=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "document",
    "note": "confidence ambiguous (Facility-purpose sentence about the MDCA, not about FLEX tests. Sentence spans three PDF lines, joined with one space. Two sentences later the same paragraph (section 3.1, printed page 4) says FLEX and FLEX-2 'have been selected for use in the MDCA', and the PSI record section=experimentHardware lists the MDCA for FLEX. The document itself is the FLEX-2 ERD (FLX-REQ-0001, February 04, 2010), filed in PSI-69 under the name 'FLEX Engineering Requirements Document'.); flags: SHARED_LINEAGE; R3 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Multi-user Droplet Combustion Apparatus is a mini-facility designed to support Principal Investigators (PI) interested in studying various aspects of droplet combustion in a microgravity environment.",
    "source_file": "psi-data/PSI-69/Engineering Documents/PSI-69_Engineering Documents_FLEX Engineering Requirements Document.pdf",
    "source_location": "page=12",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "document",
    "note": "confidence direct (The sentence names the phase ('liquid fuels'). Same sentence as R1. Section=hypothesis also says 'liquid fuel droplets'.); R4 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The FLEX (Flame Extinguishment Experiment) investigation aims to map the flammability limits of liquid fuels in microgravity environments, measure the effectiveness of various gaseous fire suppressants such as CO2, He, and SF6, and develop reliable predictive models for combustion limits under reduced gravity conditions.",
    "source_file": "psi-data/PSI-69/_investigation/PSI-69.json",
    "source_location": "section=objective",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "liquid",
    "value_original": "liquid fuels",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "document",
    "note": "confidence direct (PSI flight-program field. Nothing in the documents read places the FLEX burns on another vehicle; ERD page 12 says the MDCA goes into the Combustion Integrated Rack (CIR) 'onboard the International Space Station (ISS)'.); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "International Space Station (ISS)",
    "source_file": "psi-data/PSI-69/_investigation/PSI-69.json",
    "source_location": "section=flightProgram",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "International Space Station (ISS)",
    "value_original": "International Space Station (ISS)",
    "variable": "platform"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "document",
    "note": "confidence direct (First item of the PSI hardware field. Shared with FLEX-2: the FLEX-2 ERD (page 12) places the MDCA, used by FLEX and FLEX-2, in the CIR of the FCF.); flags: SHARED_LINEAGE; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Combustion Integrated Rack (CIR)-Fluids and Combustion Facility (FCF), Multi-user Droplet Combustion Appartatus (MDCA)",
    "source_file": "psi-data/PSI-69/_investigation/PSI-69.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Combustion Integrated Rack (CIR)-Fluids and Combustion Facility (FCF)",
    "value_original": "Combustion Integrated Rack (CIR)-Fluids and Combustion Facility (FCF)",
    "variable": "platform"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "document",
    "note": "confidence direct (Second item of the PSI hardware field. 'Appartatus' is the source spelling (the ERD spells it 'Apparatus'); kept as written. Shared with FLEX-2: ERD page 12 says FLEX and FLEX-2 'have been selected for use in the MDCA'.); flags: SHARED_LINEAGE; R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Combustion Integrated Rack (CIR)-Fluids and Combustion Facility (FCF), Multi-user Droplet Combustion Appartatus (MDCA)",
    "source_file": "psi-data/PSI-69/_investigation/PSI-69.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Multi-user Droplet Combustion Appartatus (MDCA)",
    "value_original": "Multi-user Droplet Combustion Appartatus (MDCA)",
    "variable": "platform"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "document",
    "note": "confidence derived (Program-level NASA ISS Researcher's Guide (2015), page 36, 'Opportunities' section. Present-tense description that names FLEX and FLEX-2 together as 'exploiting the microgravity environment'. It does not state the gravity level of specific PSI-69 tests. Microgravity for FLEX tests is inferred from this sentence plus the same page's results statement ('identified an LOI that is both significantly lower than in normal gravity'). FLEX and FLEX-2 share CIR/MDCA hardware (SHARED_LINEAGE).); R101 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "FLEX and the follow-on FLEX–2 experiments are exploiting the microgravity environment to study the spherically symmetric combustion of liquid droplets.",
    "source_file": "nasa/iss-combustion-guide-2015/np-2015-10-034-jsc_combustion_in_reduced_gravity-iss-mini-book-011116-508.pdf",
    "source_location": "page=36",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-69",
    "acronym": "FLEX",
    "doi": "10.60555/mbq8-0451",
    "method": "document",
    "note": "confidence derived (CFI Science Final Report (PSI-39), page 3: past-tense results sentence saying the 'FLEX series' observed flames around a droplet 'in microgravity'. 'FLEX series' covers FLEX and FLEX-2 (page 5: 'Droplet-combustion experiments (FLEX, FLEX-2) conducted onboard the International Space Station ... have revealed'). The regime is assigned to PSI-69 because FLEX belongs to that series, not because the sentence names PSI-69's tests. Document from another investigation (SHARED_LINEAGE).); flags: SHARED_LINEAGE; R102 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "FLEX series of experiments showed for the first time that quasi-steady stable flames can be established surrounding a droplet in microgravity under certain conditions",
    "source_file": "psi-data/PSI-39/Reports/PSI-39_Reports_CFI Science Final Report.pdf",
    "source_location": "page=3",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=1;column=Material",
    "status": "extracted",
    "test_id": "S1",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL Fabric",
    "value_original": "SIBAL Fabric",
    "variable": "material"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "cm x 10; SIBAL thickness is given in cm here, but the shared SAFFIRE paper (Objectives, Development and Status) lists 'SIBAL fabric 0.33 mm' and SAFFIRE-II writes '037 mm'; the sources do not say which unit is right (NTRS 20180005168 Table 1, page 30, writes 0.37 mm for the SIBAL fabric of all three flights, but PSI is the source of record)",
    "quote": "Sample Thickness (cm)",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=1;column=Sample Thickness (cm)",
    "status": "insufficient_evidence",
    "test_id": "S1",
    "unit": "mm",
    "unit_original": "cm",
    "value": "3.7",
    "value_original": "0.37",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=1;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "S1",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "range stated in one cell; percent x 0.01",
    "quote": "Percent O2",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=1;column=Percent O2",
    "status": "extracted",
    "test_id": "S1",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.215..0.217",
    "value_original": "21.5 - 21.7",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "",
    "quote": "Burn Time (s)",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=1;column=Burn Time (s)",
    "status": "extracted",
    "test_id": "S1",
    "unit": "s",
    "unit_original": "s",
    "value": "420",
    "value_original": "420",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "",
    "quote": "Flow Direction ",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=1;column=Flow Direction ",
    "status": "extracted",
    "test_id": "S1",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=2;column=Material",
    "status": "extracted",
    "test_id": "S2",
    "unit": "",
    "unit_original": "",
    "value": "SIBAL Fabric",
    "value_original": "SIBAL Fabric",
    "variable": "material"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "cm x 10; SIBAL thickness is given in cm here, but the shared SAFFIRE paper (Objectives, Development and Status) lists 'SIBAL fabric 0.33 mm' and SAFFIRE-II writes '037 mm'; the sources do not say which unit is right (NTRS 20180005168 Table 1, page 30, writes 0.37 mm for the SIBAL fabric of all three flights, but PSI is the source of record)",
    "quote": "Sample Thickness (cm)",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=2;column=Sample Thickness (cm)",
    "status": "insufficient_evidence",
    "test_id": "S2",
    "unit": "mm",
    "unit_original": "cm",
    "value": "3.7",
    "value_original": "0.37",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=2;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "S2",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "approximate (~) in source; percent x 0.01",
    "quote": "Percent O2",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=2;column=Percent O2",
    "status": "extracted",
    "test_id": "S2",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.215",
    "value_original": "~ 21.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "",
    "quote": "Burn Time (s)",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=2;column=Burn Time (s)",
    "status": "extracted",
    "test_id": "S2",
    "unit": "s",
    "unit_original": "s",
    "value": "70",
    "value_original": "70",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "table",
    "note": "",
    "quote": "Flow Direction ",
    "source_file": "psi-data/PSI-98/Experimental table/PSI-98_Experimental table_SAFFIRE-1.csv",
    "source_location": "row=2;column=Flow Direction ",
    "status": "extracted",
    "test_id": "S2",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "document",
    "note": "confidence ambiguous (Objective statement, not a statement of the test condition. The JSON field has line breaks after 'to:' and after 'normal', each joined with one space. Source term 'low-gravity'; no g-level stated; mapped to the controlled term microgravity. The same objective wording is in the Objectives PDF abstract (page 1), which covers Saffire-I, -II and -III; page 3 assigns objective (2) to Saffire-II.); flags: SHARED_LINEAGE; R1 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "The objectives of this investigation were to: (1) determine how rapidly a large scale fire grows in low-gravity and (2) investigate the low-g flammability limits compared to those obtained in NASA’s normal gravity material flammability screening test.",
    "source_file": "psi-data/PSI-98/_investigation/PSI-98.json",
    "source_location": "section=objective",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "document",
    "note": "confidence ambiguous (Objective statement for the SAFFIRE-I and SAFFIRE-III tests, not a statement of the test condition. Source term 'low-gravity'; no g-level stated; mapped to the controlled term microgravity.); flags: SHARED_LINEAGE; R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The specific objective of SAFFIRE-I and SAFFIRE-III tests is to determine how rapidly a large-scale fire grows in low-gravity and whether it reaches a steady-state spread rate.",
    "source_file": "psi-data/PSI-98/Science Documents/PSI-98_Science Documents_SAFFIRE-I and SAFFIRE-III Readme.docx",
    "source_location": "paragraph=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "document",
    "note": "confidence ambiguous (States the purpose of the sample ('to demonstrate ... a large-scale low-gravity fire'), not the measured condition of the burn. Sentence spans two PDF lines ('0.4 m' / 'wide'), joined with one space. Source term 'low-gravity'; no g-level stated; mapped to the controlled term microgravity. Covers Saffire-I and Saffire-III together.); flags: SHARED_LINEAGE; R3 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "In Saffire-I and –III, the sample material is a single large sample (approx. 0.4 m wide by 0.94 m tall) to demonstrate the development and spread of a large-scale low-gravity fire.",
    "source_file": "psi-data/PSI-98/Engineering Documents/PSI-98_Engineering Documents_SAFFIRE-I Operations.pdf",
    "source_location": "page=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "document",
    "note": "confidence ambiguous (Research-impact summary, not a statement of the test condition. It speaks of 'several spacecraft materials', while section=approach names one material (Sibal) for Saffire-I, so the sentence may describe the Saffire series rather than these tests. No g-level stated.); R4 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Results determine microgravity flammability limits for several spacecraft materials, help to validate NASA’s material selection criteria, and how microgravity and limited oxygen affect flame size.",
    "source_file": "psi-data/PSI-98/_investigation/PSI-98.json",
    "source_location": "section=researchImpacts",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "document",
    "note": "confidence derived (Phase inferred from the material form: a cotton-on-fiberglass fabric is a solid; the sentence does not use the word 'solid'.); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The sample material for Saffire-I is a composite fabric called Sibal consisting of cotton on a fiberglass substrate (75% cotton, 25% fiberglass by weight).",
    "source_file": "psi-data/PSI-98/_investigation/PSI-98.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "composite fabric",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "document",
    "note": "confidence direct; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Saffire-1 experiments was performed on the Orbital Science’s Cygnus resupply vehicle after it deberthed from the ISS.",
    "source_file": "psi-data/PSI-98/_investigation/PSI-98.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Cygnus resupply vehicle",
    "value_original": "Cygnus resupply vehicle",
    "variable": "platform"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "document",
    "note": "confidence direct; R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Saffire 1 enclosure in Cygnus",
    "source_file": "psi-data/PSI-98/_investigation/PSI-98.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Cygnus",
    "value_original": "Cygnus",
    "variable": "platform"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "document",
    "note": "confidence derived (air: oxygen balanced mainly by nitrogen. The documents read do not state the composition of this air beyond O2.); R9 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Saffire-1 flight unit had a sample card installed in the middle of a large flow duct. Air is drawn through the flow duct by fans located at the top of the duct with flow straighteners at the bottom of the experiment module.",
    "source_file": "psi-data/PSI-98/_investigation/PSI-98.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "Air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-98",
    "acronym": "SAFFIRE-I",
    "doi": "10.60555/0t15-1z43",
    "method": "document",
    "note": "confidence derived (derived: slide 18 ('Saffire-I-III Results', Urban et al., ASGSR 2017, NTRS 20180005168) says 'low-gravity' about the large thin charring surface. Slides 14/23/30 identify that sample as the 40.6 x 94 cm cotton-fiberglass of Saffire-I (I-1) and Saffire-III. The same deck labels these burns 'µ-g' (slide 31) and 'microgravity' (slide 17). The deck reports Saffire-I and III together, so it is not independent per flight (SHARED_LINEAGE). The deck does not itself tie 'low-gravity' to Cygnus in one sentence.); flags: SHARED_LINEAGE; R101 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "Flame spread over a large thin charring surface in low-gravity showed that steady flame spread was possible (unlike normal gravity)",
    "source_file": "nasa/ntrs-20180005168/20180005168.pdf",
    "source_location": "page=18",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=1;column=Material",
    "status": "extracted",
    "test_id": "2-1",
    "unit": "",
    "unit_original": "",
    "value": "Silicone",
    "value_original": "Silicone",
    "variable": "material"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Samle Thickness ",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=1;column=Samle Thickness ",
    "status": "extracted",
    "test_id": "2-1",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.27",
    "value_original": "0.27 mm",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=1;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "2-1",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "approximate (~) in source; percent x 0.01; Note 1 of the table: Derived from measured CO2 production and referenced to initial O2 concentration reported by ISS.",
    "quote": "Percent O2 (Note 1)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=1;column=Percent O2 (Note 1)",
    "status": "extracted",
    "test_id": "2-1",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.215",
    "value_original": "~ 21.5",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Flow Direction",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=1;column=Flow Direction",
    "status": "extracted",
    "test_id": "2-1",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=2;column=Material",
    "status": "extracted",
    "test_id": "2-2",
    "unit": "",
    "unit_original": "",
    "value": "Silicone",
    "value_original": "Silicone",
    "variable": "material"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Samle Thickness ",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=2;column=Samle Thickness ",
    "status": "extracted",
    "test_id": "2-2",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.61",
    "value_original": "0.61 mm",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=2;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "2-2",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "approximate (~) in source; percent x 0.01; Note 1 of the table: Derived from measured CO2 production and referenced to initial O2 concentration reported by ISS.",
    "quote": "Percent O2 (Note 1)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=2;column=Percent O2 (Note 1)",
    "status": "extracted",
    "test_id": "2-2",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.221",
    "value_original": "~ 22.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Flow Direction",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=2;column=Flow Direction",
    "status": "extracted",
    "test_id": "2-2",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=3;column=Material",
    "status": "extracted",
    "test_id": "2-3",
    "unit": "",
    "unit_original": "",
    "value": "Silicone",
    "value_original": "Silicone",
    "variable": "material"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Samle Thickness ",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=3;column=Samle Thickness ",
    "status": "extracted",
    "test_id": "2-3",
    "unit": "mm",
    "unit_original": "mm",
    "value": "1.03",
    "value_original": "1.03 mm",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=3;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "2-3",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "approximate (~) in source; percent x 0.01; Note 1 of the table: Derived from measured CO2 production and referenced to initial O2 concentration reported by ISS.",
    "quote": "Percent O2 (Note 1)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=3;column=Percent O2 (Note 1)",
    "status": "extracted",
    "test_id": "2-3",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.221",
    "value_original": "~ 22.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Flow Direction",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=3;column=Flow Direction",
    "status": "extracted",
    "test_id": "2-3",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=4;column=Material",
    "status": "extracted",
    "test_id": "2-4",
    "unit": "",
    "unit_original": "",
    "value": "Silicone",
    "value_original": "Silicone",
    "variable": "material"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "written without a decimal point (0.37 mm or 37 mm?)",
    "quote": "Samle Thickness ",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=4;column=Samle Thickness ",
    "status": "insufficient_evidence",
    "test_id": "2-4",
    "unit": "mm",
    "unit_original": "mm",
    "value": "037 mm",
    "value_original": "037 mm",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=4;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "2-4",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "approximate (~) in source; percent x 0.01; Note 1 of the table: Derived from measured CO2 production and referenced to initial O2 concentration reported by ISS.",
    "quote": "Percent O2 (Note 1)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=4;column=Percent O2 (Note 1)",
    "status": "extracted",
    "test_id": "2-4",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.221",
    "value_original": "~ 22.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Flow Direction",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=4;column=Flow Direction",
    "status": "extracted",
    "test_id": "2-4",
    "unit": "",
    "unit_original": "",
    "value": "opposed",
    "value_original": "Opposed",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=5;column=Material",
    "status": "extracted",
    "test_id": "2-5",
    "unit": "",
    "unit_original": "",
    "value": "Cotton-Fiberglass (SIBAL)",
    "value_original": "Cotton-Fiberglass (SIBAL)",
    "variable": "material"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "written without a decimal point (0.37 mm or 37 mm?)",
    "quote": "Samle Thickness ",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=5;column=Samle Thickness ",
    "status": "insufficient_evidence",
    "test_id": "2-5",
    "unit": "mm",
    "unit_original": "mm",
    "value": "037 mm",
    "value_original": "037 mm",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=5;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "2-5",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "approximate (~) in source; percent x 0.01; Note 1 of the table: Derived from measured CO2 production and referenced to initial O2 concentration reported by ISS.",
    "quote": "Percent O2 (Note 1)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=5;column=Percent O2 (Note 1)",
    "status": "extracted",
    "test_id": "2-5",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.221",
    "value_original": "~ 22.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Burn Time (s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=5;column=Burn Time (s)",
    "status": "extracted",
    "test_id": "2-5",
    "unit": "s",
    "unit_original": "s",
    "value": "145",
    "value_original": "145 s",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Flow Direction",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=5;column=Flow Direction",
    "status": "extracted",
    "test_id": "2-5",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "written without a decimal point (0.37 mm or 37 mm?)",
    "quote": "Samle Thickness ",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=6;column=Samle Thickness ",
    "status": "insufficient_evidence",
    "test_id": "2-6",
    "unit": "mm",
    "unit_original": "mm",
    "value": "037 mm",
    "value_original": "037 mm",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "DISCREPANCY: NTRS 20180005168 (Urban et al., ASGSR 2017) Table 1, page 30, sample II-6 lists 25 cm/s; the PSI table says 20 cm/s. PSI value kept (source of record)",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=6;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "2-6",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "approximate (~) in source; percent x 0.01; Note 1 of the table: Derived from measured CO2 production and referenced to initial O2 concentration reported by ISS.",
    "quote": "Percent O2 (Note 1)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=6;column=Percent O2 (Note 1)",
    "status": "extracted",
    "test_id": "2-6",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.221",
    "value_original": "~ 22.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Burn Time (s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=6;column=Burn Time (s)",
    "status": "extracted",
    "test_id": "2-6",
    "unit": "s",
    "unit_original": "s",
    "value": "115",
    "value_original": "115 s",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Flow Direction",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=6;column=Flow Direction",
    "status": "extracted",
    "test_id": "2-6",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=7;column=Material",
    "status": "extracted",
    "test_id": "2-7",
    "unit": "",
    "unit_original": "",
    "value": "PMMA & Nomex",
    "value_original": "PMMA & Nomex",
    "variable": "material"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "one of the values listed in the cell '0.85 and 0.37 mm' (materials 'PMMA & Nomex')",
    "quote": "Samle Thickness ",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=7;column=Samle Thickness ",
    "status": "extracted",
    "test_id": "2-7",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.85",
    "value_original": "0.85",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "one of the values listed in the cell '0.85 and 0.37 mm' (materials 'PMMA & Nomex')",
    "quote": "Samle Thickness ",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=7;column=Samle Thickness ",
    "status": "extracted",
    "test_id": "2-7",
    "unit": "mm",
    "unit_original": "mm",
    "value": "0.37",
    "value_original": "0.37",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=7;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "2-7",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "approximate (~) in source; percent x 0.01; Note 1 of the table: Derived from measured CO2 production and referenced to initial O2 concentration reported by ISS.",
    "quote": "Percent O2 (Note 1)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=7;column=Percent O2 (Note 1)",
    "status": "extracted",
    "test_id": "2-7",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.221",
    "value_original": "~ 22.1",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Burn Time (s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=7;column=Burn Time (s)",
    "status": "extracted",
    "test_id": "2-7",
    "unit": "s",
    "unit_original": "s",
    "value": "140",
    "value_original": "140 s",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Flow Direction",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=7;column=Flow Direction",
    "status": "extracted",
    "test_id": "2-7",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Material",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=8;column=Material",
    "status": "extracted",
    "test_id": "2-8",
    "unit": "",
    "unit_original": "",
    "value": "PMMA",
    "value_original": "PMMA",
    "variable": "material"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=8;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "2-8",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "range stated in one cell; percent x 0.01; Note 1 of the table: Derived from measured CO2 production and referenced to initial O2 concentration reported by ISS.",
    "quote": "Percent O2 (Note 1)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=8;column=Percent O2 (Note 1)",
    "status": "extracted",
    "test_id": "2-8",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.22..0.221",
    "value_original": "22.1 to 22.0",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Burn Time (s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=8;column=Burn Time (s)",
    "status": "extracted",
    "test_id": "2-8",
    "unit": "s",
    "unit_original": "s",
    "value": "600",
    "value_original": "600 s",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Flow Direction",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=8;column=Flow Direction",
    "status": "extracted",
    "test_id": "2-8",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "cm x 10",
    "quote": "Samle Thickness ",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=9;column=Samle Thickness ",
    "status": "extracted",
    "test_id": "2-9",
    "unit": "mm",
    "unit_original": "cm",
    "value": "10",
    "value_original": "1 cm",
    "variable": "sample_thickness"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Air Flow (cm/s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=9;column=Air Flow (cm/s)",
    "status": "extracted",
    "test_id": "2-9",
    "unit": "cm/s",
    "unit_original": "cm/s",
    "value": "20",
    "value_original": "20 cm/s",
    "variable": "flow_velocity"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "range stated in one cell; percent x 0.01; Note 1 of the table: Derived from measured CO2 production and referenced to initial O2 concentration reported by ISS.",
    "quote": "Percent O2 (Note 1)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=9;column=Percent O2 (Note 1)",
    "status": "extracted",
    "test_id": "2-9",
    "unit": "1",
    "unit_original": "percent",
    "value": "0.219..0.22",
    "value_original": "22.0 to 21.9",
    "variable": "o2_mole_fraction"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Burn Time (s)",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=9;column=Burn Time (s)",
    "status": "extracted",
    "test_id": "2-9",
    "unit": "s",
    "unit_original": "s",
    "value": "900",
    "value_original": "900 s",
    "variable": "outcome:burn_time"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "table",
    "note": "",
    "quote": "Flow Direction",
    "source_file": "psi-data/PSI-99/Experimental table/PSI-99_Experimental table_SAFFIRE-2.csv",
    "source_location": "row=9;column=Flow Direction",
    "status": "extracted",
    "test_id": "2-9",
    "unit": "",
    "unit_original": "",
    "value": "concurrent",
    "value_original": "Concurrent",
    "variable": "flow_configuration"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "document",
    "note": "confidence ambiguous (Objective statement, not a statement of the conditions of the completed tests; 'low-gravity' mapped to the controlled value microgravity. The 'normal gravity' screening test named here is NASA's ground test, not a test of this investigation.); R1 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The objectives of SAFFIRE-II are to determine how rapidly a large scale fire grows in low-gravity and to investigate the low-g flammability limits compared to those obtained in NASA’s normal gravity material flammability screening test.",
    "source_file": "psi-data/PSI-99/_investigation/PSI-99.json",
    "source_location": "section=objective",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "document",
    "note": "confidence ambiguous (Objective statement specific to SAFFIRE-II; 'long-duration low-gravity' mapped to microgravity. The 'NASA-STD-6001 Test 1 normal-gravity tests' are the ground reference, not tests reported in PSI-99.); R2 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The specific objective of SAFFIRE-II tests is to quantify that affect in long-duration low-gravity using samples of the same size as those used in the NASA-STD-6001 Test 1 normal-gravity tests.",
    "source_file": "psi-data/PSI-99/Science Documents/PSI-99_Science Documents_SAFFIRE-II Readme.docx",
    "source_location": "paragraph=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "long-duration low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "document",
    "note": "confidence ambiguous (Research-impact statement about the results; it does not say explicitly that the tests were conducted in microgravity.); R3 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Results determine microgravity flammability limits for several spacecraft materials, help to validate NASA’s material selection criteria, and how microgravity and limited oxygen affect flame size.",
    "source_file": "psi-data/PSI-99/_investigation/PSI-99.json",
    "source_location": "section=researchImpacts",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "microgravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "document",
    "note": "confidence ambiguous (Pre-flight paper (future tense, launches 'all planned for 2016'); the sentence covers Saffire-I, -II and -III together; 'low-gravity' mapped to microgravity.); flags: SHARED_LINEAGE; R4 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "This paper describes the three Spacecraft Fire Experiments (Saffire-I, -II, and -III) that were developed at NASA-GRC and that will conduct a series of material flammability tests in low-gravity and at length scales that are realistic for a spacecraft fire.",
    "source_file": "psi-data/PSI-99/Science Documents/PSI-99_Science Documents_SAFFIRE Objectives, Development and Status.pdf",
    "source_location": "page=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "low-gravity",
    "variable": "gravity_regime"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "document",
    "note": "confidence derived (Inferred from the material names (SIBAL cloth, silicone, PMMA, Nomex are solid materials); the sentence does not name the phase.); R5 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "As a follow on to the Saffire-I investigation, the Saffire-II investigation added more samples including SIBAL, silicone, structure PMMA, flat PMMA, and PMMA with Nomex.",
    "source_file": "psi-data/PSI-99/_investigation/PSI-99.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "solid",
    "value_original": "SIBAL, silicone, structure PMMA, flat PMMA, and PMMA with Nomex",
    "variable": "fuel_phase"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "document",
    "note": "confidence direct; R6 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The Saffire-II experiment was performed on the Orbital Science’s Cygnus resupply vehicle after it deberthed from the ISS.",
    "source_file": "psi-data/PSI-99/_investigation/PSI-99.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Orbital Science’s Cygnus resupply vehicle",
    "value_original": "Orbital Science’s Cygnus resupply vehicle",
    "variable": "platform"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "document",
    "note": "confidence direct; R7 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Cygnus Pressurized Cargo Module, SAFFIRE",
    "source_file": "psi-data/PSI-99/_investigation/PSI-99.json",
    "source_location": "section=experimentHardware",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Cygnus Pressurized Cargo Module",
    "value_original": "Cygnus Pressurized Cargo Module",
    "variable": "platform"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "document",
    "note": "confidence ambiguous (Pre-flight, future tense; the sentence covers Saffire-I, -II and -III together. It names the operator as Orbital ATK where the PSI record (R6) says Orbital Science’s; both name the Cygnus vehicle.); flags: SHARED_LINEAGE; R8 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "The experiments will be conducted in Orbital ATK’s Cygnus vehicle after it has unberthed from the International Space Station.",
    "source_file": "psi-data/PSI-99/Science Documents/PSI-99_Science Documents_SAFFIRE Objectives, Development and Status.pdf",
    "source_location": "page=1",
    "status": "insufficient_evidence",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "Orbital ATK’s Cygnus vehicle",
    "value_original": "Orbital ATK’s Cygnus vehicle",
    "variable": "platform"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "document",
    "note": "confidence derived (air: oxygen balanced mainly by nitrogen. None of the three sources names the balance gas of the Cygnus atmosphere.); R9 extracted by the extractor agent; KEEP by the verificador agent (separate run)",
    "quote": "Depending on the sample material, the Saffire-II was conducted at an air flow velocity of either 20 or 30 cm/s, the flow being either concurrent or opposed.",
    "source_file": "psi-data/PSI-99/_investigation/PSI-99.json",
    "source_location": "section=approach",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "N2",
    "value_original": "air",
    "variable": "diluent"
  },
  {
    "accession": "PSI-99",
    "acronym": "SAFFIRE-II",
    "doi": "10.60555/2chp-m469",
    "method": "document",
    "note": "confidence derived (derived: Table 1 (continued), slide 31 of Urban et al., ASGSR 2017 (NTRS 20180005168), reports flight results for rows 2-1 to 2-9 under 'µ-g' columns, separated from '1-g' ground comparisons. Slide 30 lists these as Saffire-II samples II-1 to II-9. µ-g = microgravity. Results for I-III are in one table, so not independent per flight (SHARED_LINEAGE). The slide 18 bullet would be only ambiguous for Saffire-II: it is about the large Saffire-I/III sample.); flags: SHARED_LINEAGE; R101 extracted by the extractor agent; MODIFY by the verificador agent (separate run)",
    "quote": "µ-g Burn Length µ-g Spread Rate 1-g Burn Length 1-g Spread Rate",
    "source_file": "nasa/ntrs-20180005168/20180005168.pdf",
    "source_location": "page=31",
    "status": "extracted",
    "test_id": "*",
    "unit": "",
    "unit_original": "",
    "value": "microgravity",
    "value_original": "µ-g",
    "variable": "gravity_regime"
  }
]